Hello, so does anyone know when smith school decisions will be out? Also the status section of my application is blank, so I just wanted to know if that’s normal too or if it’s supposed to say anything

// Arduino CPT Adafruit Feather Buddy #include  #include  #include  #include  #include  #include  #include  #include  #include  #include  Adafruit_ST7789 tft = Adafruit_ST7789(TFT_CS, TFT_DC, TFT_RST); GFXcanvas16 canvas(240, 135); #include  #define NUMPIXELS 1 Adafruit_NeoPixel pixels(NUMPIXELS, PIN_NEOPIXEL, NEO_GRB + NEO_KHZ800); float CoreCurrentTemp = 0; float SurfaceCurrentTemp = 0; float AmbientCurrentTemp = 0; float InstantReadTemp = 0; uint8_t probeStatusData[48] = {}; struct __attribute__((packed)) PackedProbeTemperatures { unsigned int temperature1 : 13; unsigned int temperature2 : 13; unsigned int temperature3 : 13; unsigned int temperature4 : 13; unsigned int temperature5 : 13; unsigned int temperature6 : 13; unsigned int temperature7 : 13; unsigned int temperature8 : 13; }; struct __attribute__((packed)) PackedModeID { unsigned int probemode : 2; unsigned int colorid : 3; unsigned int probeid : 3; }; struct __attribute__((packed)) PackedVirtualSensors { unsigned int batterystatus : 1; unsigned int coresensor : 3; unsigned int surfacesensor : 2; unsigned int ambientsensor : 2; }; struct __attribute__((packed)) PackedPredictionStatus { unsigned int predictionstate : 4; unsigned int predictionmode : 2; unsigned int predictiontype : 2; unsigned int predictionsetpointtemperature : 10; unsigned int heatstarttemperature : 10; unsigned int predictionvalueseconds : 17; unsigned int estimatedcoretemperature : 11; }; struct __attribute__((packed)) PackedFoodSafeData { unsigned int foodsafemode : 3; unsigned int foodsafeproduct : 10; unsigned int foodsafeserving : 3; unsigned int foodsafethresholdreftemp : 13; unsigned int foodsafezvalue : 13; unsigned int foodsafereferencetemp : 13; unsigned int foodsafedvalueatrt : 13; unsigned int foodsafetargetlogreduction : 8; unsigned int foodsafedatapad : 4; }; struct __attribute__((packed)) PackedFoodSafeStatus { unsigned int foodsafestate : 3; unsigned int foodsafelogreduction : 8; unsigned int foodsafesecondsabovethreshold : 16; unsigned int foodsafelogsequencenumber : 32; unsigned int foodsafestatuspad : 5; }; struct __attribute__((packed)) StatusData { uint32_t longRangeMin; uint32_t longRangeMax; PackedProbeTemperatures packedTemperatures; PackedModeID packedMode; PackedVirtualSensors packedSensors; PackedPredictionStatus packedPrediction; PackedFoodSafeData packedFSdata; PackedFoodSafeStatus packedFSstatus; }; int CPTmode = 7; int BatStat = 0; int CoreID = 0; int SurfID = 0; int AmbiID = 0; float CPT_RAY[9]; int PredState = 0; int PredMode = 0; int PredType = 0; float PredSetPointT; float PredHeatStartT; int PredSeconds = 0; float PredCoreEst; float PredPercent; int FoodMode = 0; float FoodTarget; int FoodState = 0; float FoodLog; bool CPTscanning = false; bool CPTconnected = false; bool CPTdiscovered = false; bool CPTsubscribed = false; int UIpage = 1; bool ButtPush = false; unsigned long DeBounce = millis(); bool BLE_UI = false; bool TFTbl = false; bool LEDred = false; void setup() { // while (!Serial && millis() < 5000); // Serial.begin(9600); // Serial.println(millis()); pinMode(LED_BUILTIN, OUTPUT); digitalWrite(LED_BUILTIN, HIGH); LEDred = true; pinMode(TFT_BACKLITE, OUTPUT); digitalWrite(TFT_BACKLITE, HIGH); TFTbl = true; pinMode(TFT_I2C_POWER, OUTPUT); digitalWrite(TFT_I2C_POWER, HIGH); delay(10); tft.init(135, 240); tft.setRotation(1); // Initialize UI Buttons pinMode(0, INPUT_PULLUP); pinMode(1, INPUT_PULLDOWN); pinMode(2, INPUT_PULLDOWN); pinMode(NEOPIXEL_POWER, OUTPUT); digitalWrite(NEOPIXEL_POWER, HIGH); pixels.begin(); pixels.setBrightness(20); pixels.fill(0xFFFFFF); pixels.show(); canvas.setFont(&FreeSans12pt7b); canvas.fillScreen(ST77XX_BLACK); canvas.setTextColor(ST77XX_BLUE); canvas.setCursor(0, 17); canvas.println("Starting BLE..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); if (!BLE.begin()) { pixels.fill(0xFF0000); pixels.show(); canvas.setTextColor(ST77XX_RED); canvas.println("BLE module failed!"); while (!BLE_UI) { digitalWrite(LED_BUILTIN, LOW); delay(1000); digitalWrite(LED_BUILTIN, HIGH); delay(500); } } BLE_UI = true; digitalWrite(LED_BUILTIN, LOW); LEDred = false; canvas.println("BLE Ready"); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); canvas.fillScreen(ST77XX_BLACK); BLE.setEventHandler(BLEDiscovered, CPTdiscoveredHandler); digitalWrite(NEOPIXEL_POWER, LOW); delay(1000); } void loop() { if (!CPTscanning) { canvas.setFont(&FreeSans12pt7b); canvas.setTextColor(ST77XX_BLUE); canvas.setCursor(0, 17); canvas.println("Scanning for CPT..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); //ENTER YOUR CPT MAC ADDRESS HERE... BLE.scanForAddress("a0:b1:c2:d3:e4:f5"); CPTscanning = true; } BLE.poll(); delay(100); } void BattDisplay() { if (BatStat == 0) { // Draw BATTERY GOOD canvas.drawRect(227, 47, 8, 4, ST77XX_YELLOW); canvas.fillRect(224, 50, 14, 38, ST77XX_YELLOW); canvas.drawRect(223, 51, 16, 36, ST77XX_YELLOW); canvas.drawRect(222, 52, 18, 34, ST77XX_YELLOW); canvas.fillRect(225, 52, 12, 34, ST77XX_BLACK); canvas.drawRect(224, 53, 14, 32, ST77XX_BLACK); canvas.drawLine(226, 84, 235, 84, ST77XX_GREEN); canvas.drawLine(226, 53, 235, 53, ST77XX_WHITE); canvas.fillRect(225, 54, 12, 3, ST77XX_WHITE); canvas.fillRect(225, 57, 12, 6, ST77XX_GREEN); canvas.fillRect(225, 64, 12, 10, ST77XX_GREEN); canvas.fillRect(225, 75, 12, 9, ST77XX_GREEN); } else { //Draw BATTERY BAD canvas.drawRect(227, 47, 8, 4, ST77XX_RED); canvas.fillRect(224, 50, 14, 38, ST77XX_RED); canvas.drawRect(223, 51, 16, 36, ST77XX_RED); canvas.drawRect(222, 52, 18, 34, ST77XX_RED); canvas.fillRect(225, 52, 12, 34, ST77XX_BLACK); canvas.drawRect(224, 53, 14, 32, ST77XX_BLACK); canvas.drawLine(226, 84, 235, 84, ST77XX_RED); canvas.drawLine(226, 53, 235, 53, 0xB5B6); canvas.fillRect(225, 54, 12, 9, 0xB5B6); canvas.fillRect(225, 64, 12, 10, 0xB5B6); canvas.fillRect(225, 75, 12, 9, ST77XX_RED); } } void DrawUp() { for (int i = 0; i <= 8; i++) { canvas.drawLine(222 + i, 17, 222 + i, 17 - ((i * 2) + 1), ST77XX_YELLOW); canvas.drawLine(231 + i, 17, 231 + i, i * 2, ST77XX_YELLOW); } } void DrawDown() { for (int i = 0; i <= 8; i++) { canvas.drawLine(222 + i, 117, 222 + i, 117 + ((i * 2) + 1), ST77XX_YELLOW); canvas.drawLine(231 + i, 117, 231 + i, 134 - (i * 2), ST77XX_YELLOW); } } void DrawBezel(uint16_t Bcolor) { for (int i = 0; i <= 2; i++) { for (int r = 8; r <= 10; r++) { canvas.drawRoundRect(i, i, 210 - (2 * i), 135 - (2 * i), r - i, Bcolor); } } canvas.drawRoundRect(3, 2, 204, 130, 7, Bcolor); } void PageDisplay() { if (UIpage == 0) { DrawUp(); canvas.setFont(&FreeMonoBold18pt7b); canvas.setTextColor(ST77XX_WHITE); canvas.setCursor(34, 35); canvas.print("Surface"); canvas.setCursor(85, 70); canvas.print("T"); canvas.print(SurfID); canvas.setFont(&FreeMonoBold24pt7b); if (SurfaceCurrentTemp < 99.995) { canvas.setCursor(38, 113); } else { canvas.setCursor(22, 113); } canvas.print(SurfaceCurrentTemp); } if (UIpage == 1) { DrawUp(); DrawDown(); canvas.setFont(&FreeMonoBold18pt7b); canvas.setTextColor(ST77XX_WHITE); canvas.setCursor(18, 36); canvas.print("C"); canvas.print(CoreID); canvas.setCursor(18, 77); canvas.print("S"); canvas.print(SurfID); canvas.setCursor(18, 118); canvas.print("A"); canvas.print(AmbiID); canvas.fillCircle(172, 37, 3, ST77XX_WHITE); canvas.fillCircle(172, 78, 3, ST77XX_WHITE); canvas.fillCircle(172, 119, 3, ST77XX_WHITE); canvas.setFont(&FreeMonoBold24pt7b); float CCTfx = CoreCurrentTemp * 10; float CCTfr = round(CCTfx); float CCTf = CCTfr / 10; int CCTi = (int)(CCTf); int CCTic = (int)(CoreCurrentTemp * 100); if (CCTic < 9995) { canvas.setCursor(105, 39); } else { canvas.setCursor(76, 39); } canvas.print(CCTi); float SCTfx = SurfaceCurrentTemp * 10; float SCTfr = round(SCTfx); float SCTf = SCTfr / 10; int SCTi = (int)(SCTf); int SCTic = (int)(SurfaceCurrentTemp * 100); if (SCTic < 9995) { canvas.setCursor(105, 80); } else { canvas.setCursor(76, 80); } canvas.print(SCTi); float ACTfx = AmbientCurrentTemp * 10; float ACTfr = round(ACTfx); float ACTf = ACTfr / 10; int ACTi = (int)(ACTf); int ACTic = (int)(AmbientCurrentTemp * 100); if (ACTic < 9995) { canvas.setCursor(105, 121); } else { canvas.setCursor(76, 121); } canvas.print(ACTi); canvas.setFont(&FreeMonoBold18pt7b); CCTfr = CCTfr - (CCTi * 10); canvas.setCursor(178, 30); canvas.print(CCTfr, 0); SCTfr = SCTfr - (SCTi * 10); canvas.setCursor(178, 71); canvas.print(SCTfr, 0); ACTfr = ACTfr - (ACTi * 10); canvas.setCursor(178, 112); canvas.print(ACTfr, 0); } if (UIpage == 2) { DrawUp(); DrawDown(); canvas.setFont(&FreeSans12pt7b); canvas.setTextColor(ST77XX_WHITE); canvas.setCursor(15, 27); canvas.print(CPT_RAY[1], 1); canvas.setCursor(15, 58); canvas.println(CPT_RAY[3], 1); canvas.setCursor(15, 89); canvas.print(CPT_RAY[5], 1); canvas.setCursor(15, 120); canvas.print(CPT_RAY[7], 1); canvas.setCursor(137, 27); canvas.print(CPT_RAY[2], 1); canvas.setCursor(137, 58); canvas.print(CPT_RAY[4], 1); canvas.setCursor(137, 89); canvas.print(CPT_RAY[6], 1); canvas.setCursor(137, 120); canvas.print(CPT_RAY[8], 1); canvas.setFont(&FreeMonoBold9pt7b); canvas.setCursor(88, 24); if (CoreID == 1) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("C"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else { canvas.setTextColor(0xB5B6); canvas.print("1/"); } if (CoreID == 2) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("C"); } else { canvas.setTextColor(0xB5B6); canvas.print("2"); } canvas.setCursor(88, 55); if (CoreID == 3) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("C"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else { canvas.setTextColor(0xB5B6); canvas.print("3/"); } if (CoreID == 4) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("C"); } else if (SurfID == 4) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("S"); } else { canvas.setTextColor(0xB5B6); canvas.print("4"); } canvas.setCursor(88, 86); if (CoreID == 5) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("C"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else if (SurfID == 5) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("S"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else if (AmbiID == 5) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("A"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else { canvas.setTextColor(0xB5B6); canvas.print("5/"); } if (CoreID == 6) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("C"); } else if (SurfID == 6) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("S"); } else if (AmbiID == 6) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("A"); } else { canvas.setTextColor(0xB5B6); canvas.print("6"); } canvas.setCursor(88, 117); if (SurfID == 7) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("S"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else if (AmbiID == 7) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("A"); canvas.setTextColor(0xB5B6); canvas.print("/"); } else { canvas.setTextColor(0xB5B6); canvas.print("7/"); } if (AmbiID == 8) { canvas.setTextColor(ST77XX_YELLOW); canvas.print("A"); } else { canvas.setTextColor(0xB5B6); canvas.print("8"); } } if (UIpage == 3) { DrawDown(); if (PredSeconds < 131072) { DrawBezel(ST77XX_YELLOW); int hrs = PredSeconds / 3600; int mins = (PredSeconds - hrs * 3600) / 60; int secs = PredSeconds - hrs * 3600 - mins * 60; canvas.setFont(&FreeMonoBold18pt7b); canvas.setTextColor(ST77XX_WHITE); canvas.setCursor(22, 34); if (hrs < 10) { canvas.print("0"); canvas.print(hrs); } else { canvas.print(hrs); } canvas.print(" "); if (mins < 10) { canvas.print("0"); canvas.print(mins); } else { canvas.print(mins); } canvas.print(" "); if (secs < 10) { canvas.print("0"); canvas.print(secs); } else { canvas.print(secs); } } else { DrawBezel(0xB5B6); } canvas.drawFastHLine(20, 42, 171, ST77XX_YELLOW); if (FoodState == 0) { canvas.setTextColor(0xB5B6); } else if (FoodState == 1) { canvas.setTextColor(ST77XX_GREEN); } else { canvas.setTextColor(ST77XX_RED); } canvas.setFont(&FreeMonoBold12pt7b); canvas.setCursor(38, 66); if (FoodMode == 0) { canvas.print("Simplified"); } else if (FoodMode == 1) { canvas.println("Integrated"); canvas.setTextColor(ST77XX_WHITE); canvas.setCursor(30, 94); if (FoodTarget < 9.950) { canvas.print(" "); canvas.print(FoodTarget, 1); } else { canvas.print(FoodTarget, 1); } canvas.print(" Target"); canvas.setCursor(30, 122); if (FoodLog < 9.950) { canvas.print(" "); canvas.print(FoodLog, 1); } else { canvas.print(FoodLog, 1); } canvas.print(" LOG -"); } } } void UIButtonCheck() { if (ButtPush) { if (millis() - DeBounce >= 500) { ButtPush = false; } } if (!ButtPush) { if (digitalRead(1)) { DeBounce = millis(); ButtPush = true; TFTbl = !TFTbl; digitalWrite(TFT_BACKLITE, TFTbl); LEDred = !LEDred; digitalWrite(LED_BUILTIN, LEDred); } } if (CPTmode == 0 && TFTbl) { if (!ButtPush) { if (!digitalRead(0)) { DeBounce = millis(); ButtPush = true; UIpage--; if (UIpage <= 0) { UIpage = 0; } } if (ButtPush) { canvas.fillScreen(ST77XX_BLACK); DrawBezel(ST77XX_YELLOW); BattDisplay(); PageDisplay(); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); } } if (!ButtPush) { if (digitalRead(2)) { DeBounce = millis(); ButtPush = true; UIpage++; if (UIpage >= 3) { UIpage = 3; } } if (ButtPush) { canvas.fillScreen(ST77XX_BLACK); DrawBezel(ST77XX_YELLOW); BattDisplay(); PageDisplay(); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); } } } } void readCPTvalue(BLECharacteristic characteristic) { characteristic.read(); characteristic.readValue(&probeStatusData, 48); StatusData *statusData = reinterpret_cast(probeStatusData); int32_t t1_c = (int32_t)(statusData->packedTemperatures.temperature1 * 5) - 2000; CPT_RAY[1] = (float)(t1_c) / 100.0; int32_t t2_c = (int32_t)(statusData->packedTemperatures.temperature2 * 5) - 2000; CPT_RAY[2] = (float)(t2_c) / 100.0; int32_t t3_c = (int32_t)(statusData->packedTemperatures.temperature3 * 5) - 2000; CPT_RAY[3] = (float)(t3_c) / 100.0; int32_t t4_c = (int32_t)(statusData->packedTemperatures.temperature4 * 5) - 2000; CPT_RAY[4] = (float)(t4_c) / 100.0; int32_t t5_c = (int32_t)(statusData->packedTemperatures.temperature5 * 5) - 2000; CPT_RAY[5] = (float)(t5_c) / 100.0; int32_t t6_c = (int32_t)(statusData->packedTemperatures.temperature6 * 5) - 2000; CPT_RAY[6] = (float)(t6_c) / 100.0; int32_t t7_c = (int32_t)(statusData->packedTemperatures.temperature7 * 5) - 2000; CPT_RAY[7] = (float)(t7_c) / 100.0; int32_t t8_c = (int32_t)(statusData->packedTemperatures.temperature8 * 5) - 2000; CPT_RAY[8] = (float)(t8_c) / 100.0; CPTmode = (int32_t)(statusData->packedMode.probemode); BatStat = (int32_t)(statusData->packedSensors.batterystatus); CoreID = (int32_t)(statusData->packedSensors.coresensor + 1); SurfID = (int32_t)(statusData->packedSensors.surfacesensor + 4); AmbiID = (int32_t)(statusData->packedSensors.ambientsensor + 5); PredState = (int32_t)(statusData->packedPrediction.predictionstate); PredMode = (int32_t)(statusData->packedPrediction.predictionmode); PredType = (int32_t)(statusData->packedPrediction.predictiontype); int32_t pspt = (int32_t)(statusData->packedPrediction.predictionsetpointtemperature); PredSetPointT = (float)(pspt) / 10.0; int32_t phst = (int32_t)(statusData->packedPrediction.heatstarttemperature); PredHeatStartT = (float)(phst) / 10.0; PredSeconds = (int32_t)(statusData->packedPrediction.predictionvalueseconds + 1); int32_t pect = (int32_t)(statusData->packedPrediction.estimatedcoretemperature) - 200; PredCoreEst = (float)(pect) / 10.0; PredPercent = 100.0 * ((PredCoreEst - PredHeatStartT) / (PredSetPointT - PredHeatStartT)); FoodMode = (int32_t)(statusData->packedFSdata.foodsafemode); int32_t targetfood = (int32_t)(statusData->packedFSdata.foodsafetargetlogreduction); FoodTarget = (float)(targetfood) / 10.0; FoodState = (int32_t)(statusData->packedFSstatus.foodsafestate); int32_t loggedfood = (int32_t)(statusData->packedFSstatus.foodsafelogreduction); FoodLog = (float)(loggedfood) / 10.0; CoreCurrentTemp = CPT_RAY[CoreID]; SurfaceCurrentTemp = CPT_RAY[SurfID]; AmbientCurrentTemp = CPT_RAY[AmbiID]; InstantReadTemp = CPT_RAY[1]; if (TFTbl) { canvas.fillScreen(ST77XX_BLACK); if (CPTmode == 1) { DrawBezel(0xB5B6); canvas.setFont(&FreeMonoBold12pt7b); canvas.setTextColor(ST77XX_WHITE); canvas.setCursor(22, 40); canvas.print("Instant Read"); canvas.setFont(&FreeMonoBold24pt7b); if (InstantReadTemp < 99.995) { canvas.setCursor(38, 95); } else { canvas.setCursor(22, 95); } canvas.print(InstantReadTemp); } else if (CPTmode == 0) { DrawBezel(ST77XX_YELLOW); PageDisplay(); } BattDisplay(); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); } } void CPTdiscoveredHandler(BLEDevice peripheral) { BLE.stopScan(); CPTscanning = false; canvas.println("Found CPT"); canvas.print("Connecting ..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); peripheral.connect(); delay(2000); canvas.fillScreen(ST77XX_BLACK); canvas.setCursor(0, 17); if (!peripheral.connected()) { canvas.setTextColor(ST77XX_RED); canvas.println("CPT Connection"); canvas.println("Failure"); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); while (!CPTconnected) { digitalWrite(LED_BUILTIN, HIGH); delay(500); digitalWrite(LED_BUILTIN, LOW); delay(1000); } } CPTconnected = true; canvas.setTextColor(ST77XX_YELLOW); canvas.println("CPT Connected"); canvas.println("Discovering"); canvas.println("Service..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); while (!CPTdiscovered) { if (peripheral.discoverService("00000100-caab-3792-3d44-97ae51c1407a")) { canvas.println("Service Discovered"); CPTdiscovered = true; } else { canvas.fillScreen(ST77XX_BLACK); canvas.setCursor(0, 17); canvas.println("Update Service"); canvas.println("Undiscovered"); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); peripheral.disconnect(); delay(250); canvas.println("Retrying..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); peripheral.connect(); delay(500); } } BLEService service = peripheral.service("00000100-caab-3792-3d44-97ae51c1407a"); BLECharacteristic characteristic = service.characteristic("00000101-caab-3792-3d44-97ae51c1407a"); if (characteristic.canRead()) { characteristic.read(); } delay(500); canvas.fillScreen(ST77XX_BLACK); canvas.setCursor(0, 17); if (characteristic.canSubscribe()) { canvas.println("Subscribing..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); while (!CPTsubscribed) { if (characteristic.subscribe()) { canvas.println("SUBSCRIBED"); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); CPTsubscribed = true; } else { canvas.fillScreen(ST77XX_BLACK); canvas.setCursor(0, 17); canvas.println("Subscription Failed"); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); delay(500); canvas.println("Retrying..."); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); characteristic.subscribe(); delay(500); } } } delay(1000); canvas.fillScreen(ST77XX_BLACK); canvas.setFont(&FreeMonoBold12pt7b); DrawBezel(0xB5B6); BattDisplay(); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); while (peripheral.connected()) { UIButtonCheck(); BLEService service = peripheral.service("00000100-caab-3792-3d44-97ae51c1407a"); BLECharacteristic characteristic = service.characteristic("00000101-caab-3792-3d44-97ae51c1407a"); if (characteristic.valueUpdated()) { DrawBezel(ST77XX_BLUE); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); readCPTvalue(service.characteristic("00000101-caab-3792-3d44-97ae51c1407a")); } delay(10); } CPTconnected = false; CPTdiscovered = false; CPTsubscribed = false; canvas.fillScreen(ST77XX_BLACK); tft.drawRGBBitmap(0, 0, canvas.getBuffer(), 240, 135); TFTbl = true; digitalWrite(TFT_BACKLITE, TFTbl); } 

Pasted Code Above
I have been using Adafruit QT Py ESP32-S3 dev boards as dedicated CPT I2C Surface Temperature sensors for my controller application.
While doing some updates I ported over to an Adafruit ESP32-S3 Reverse TFT Feather with an integrated LCD to display the Surface Temperature live and decided to implement a few extra screens to show other information via the Feather's UI buttons.
https://preview.redd.it/mbut76lprh5d1.jpg?width=1280&format=pjpg&auto=webp&s=f3663ecdd10b6f1b49be2df79573ffead5072fb4
https://preview.redd.it/e6fm609wrh5d1.jpg?width=1280&format=pjpg&auto=webp&s=b38a3f3f229c13dde88b670aec6130e01532bd8b
I stripped out the I2C code to share here in case anyone else might be interested in a cheap DIY CPT companion display.
Note that I BLE scan based on the MAC address of the CPT and subscribe to the GATT Probe Status Service.
So you need to enter the MAC address of your CPT where indicated or use a different method.
The virtual screen bezel flashes blue while it is communicating with the CPT.
The information from the Probe Status Service may differ slightly from what is shown in the app.
For example, the raw temperature data comes in +/- .05 degrees C which I round, versus the app truncates.
And BTW, the units are in native Celsius...sorry.
You will need to do some conversions if you want Fahrenheit.
The screens were also implemented very simply, so the last page only shows Prediction Time Remaining, Food Safe Status, Target Log Reduction and the reported Current Calculated Log Reduction.
https://preview.redd.it/d9j1b1a2sh5d1.jpg?width=1280&format=pjpg&auto=webp&s=171874570f628d37b9066a034d36217e2e1e8fa6
If want more information you will have to add pages on your own.
Or if you want to use MeatNet and/or the Nordic UART Service for more direct communication with the CPT maybe this can help get you started.
I needed to keep it as simple as possible for my application needs...

I have a couple of questions about the assembly of the hot ends. I'm still kind of new to all this. I was gifted two of the 3v2's and they were a "work in progress". I've done a lot to get them up and running. On the first one the other night, I was getting to where my extruder wouldn't load or unload filament for anything. I took apart the hot end and found a huge "plug" down by the nozzle. It was a mix of the last 4 colors I've been printing. I don't know how it plugged up but I got it all free and now it's flowing like nobody's business. Actually too much because the stringing is absolutely garbage, but I'm working on that through settings.
My main question comes in to play with the below photo. This is of my #2 3v2 hot end. When trying to melt out the plugged up filament inside, I melted the Teflon tube a bit, so I've got some ordered from Amazon to replace it. I'm using a direct drive application, so the Teflon tube is really only about 2" in length.
Question #1, as far as the blue arrow where the plugs were, what would cause these "plugs"?!?
Question #2, as far as the yellow arrow, when I get my Teflon tube tomorrow, how "far" do I install it down into the hot end area?
https://preview.redd.it/rqm4ggz2hf5d1.jpg?width=1640&format=pjpg&auto=webp&s=ad0540cca241d06742a115691934467a921d83af

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https://preview.redd.it/j5pktzj2cb5d1.jpg?width=720&format=pjpg&auto=webp&s=9230de30568719bc364e08184607e561db0185b6
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2. Portable Thermal Imaging Monocular for Hunting and Outdoor Activities - Experience enhanced outdoor and hunting capabilities with the Pulsar Axion XM30F Thermal Monocular, featuring a 320x240 microbolometer resolution, 640x400 AMOLED Display, 3-12x digital magnification, and 8 selectable color palettes for tailored usage.
3. Banner Engineering Fiber Optic Sensor: Red Dot, DIN Rail, and IP11 Rating - Experience the ultimate precision and durability with Banner Engineering's D12SN6FP Fiber Optic Sensors, featuring a red dot for exceptional accuracy and easy detection.
4. D10BFP Fiber Optic Sensors: Durable Plastic Red LED Bipolar Fiber Optic Sensors - Experience precision and reliability with Banner Engineering's D10BFP Fiber Optic Sensors, offering you unmatched performance and versatility in your industrial applications.
5. Portable Optical Fiber Tester with 2mW Visual Fault Locator and Universal Interface - Experience seamless functionality with the D YEDEMC Fiber Optic Cable Tester, featuring support for 8 standard wavelengths, a 1mW red light source, advanced interface compatibility, and intuitive customization features.
6. CZ P-10 C Red Dot Optic Cut IWB Holster with Adjustable Features and Secure Belt Clip - Stay in control with the CZ P-10 C Red Dot Optic Cut IWB Holster, featuring adjustable retention, ride and cant, and a protective sweat guard, all designed to provide the perfect fit for your CZ P-10 C Red Dot Optic Cut.
7. High-Performance Fiber Optic Sensor for Sensing Applications - The Banner Engineering D10DNFP Fiber Optic Sensors offer high-performance sensing with automatic teach options, low-contrast capabilities, and configurable outputs to tackle even the most intricate sensing applications in various industries.
8. Takex Fiber Optic Red Dot Sensor for Discrete Measurements - Take advantage of the sleek and reliable F10RPN Fiber Optic Sensor by Takex, designed with a PNP output, providing you with a high-quality through beam sensing solution in a red LED format for your specific needs.
9. Banner Engineering DF-G3-PD-2M Fiber Optic Sensor for Light Detection - Revolutionize your sensing capabilities with Banner Engineering's DF-G3-PD-2M Fiber Optic Sensors, offering exceptional accuracy and reliability in a compact, versatile package.
10. Adjustable Sig Sauer P365 XMacro Red Dot Optic Cut IWB Holster with Secure Belt Clip - This Sig Sauer P365 Xmacro Red Dot Optic Cut IWB Holster is a reliable, comfortable, and versatile choice for concealed carry, with adjustable retention, ride and cant options, and a secure belt clip, making it a popular pick among customers.
11. Red Fiber Optic Sensor for Testing Equipment - Upgrade your testing experience with the SICK WLL170-2P330 Fiber-Optic Sensor, now available in a sleek red finish and backed with top-notch 3-year parts and 1-year labor support.
12. Banner D10dpfp Fiber Optic Sensor, Multi-Function & Red Dot Technology - The Banner D10dpfp Fiber Optic Sensor combines dual discrete outputs, a red 680nm visible dot, and PNP sourcing output type for reliable and efficient sensing, all with a 12-24VDC supply voltage and a 2-meter cable length.
13. 15m Red Fiber Optic Cable with SC and ST Connectors - Upgrade your networking speed and reliability with the 15M Red Fiber Optic Cable, delivering high-bandwidth connectivity for diverse hardware devices.
14. D12SP6FPH Fiber Optic Sensor for Industrial Applications - Discover the versatile Banner Engineering D12SP6FPH Fiber Optic Sensors, featuring a plastic body, PNP sensing functionality, and a distinct red LED indicator for improved precision and reliability in your applications.
15. Flashing Fiber Optic Light Up Whip for Raving Fun - Get ready to light up and rock the dance floor with the LASR Cherry Bomb Fiber Optic Light Up Whip – complete with on/off button, LED lights, and available in various lengths!
16. Fiber Optic Sensor for Temperature and Humidity Monitoring - Experience precise sensing and durability with Banner Engineering D12SN6FPY Fiber Optic Sensors, featuring a plastic fiber optic design, NPN functionality, and a vibrant red LED, perfect for meeting your high-quality performance needs.
17. Fiber Optic Sensor - Banner Engineering D11EN6FP Plastic Fiber Optic - The Banner Engineering D11EN6FP Fiber Optic Sensors provide a reliable and efficient solution for capturing light signals with their robust, red plastic design.
18. Fiber Visual Fault Locator for Long Distance Optical Testing - Revolutionize your fiber optics testing with the powerful 10mW, universally compatible Fiber Visual Fault Locator, boasting a 10KM output distance, metal matte paint design for durability, and compatibility with ST/SC/FC/LC interfaces.
19. Powerful Visual Fault Locator for Optical Networks - Efficiently trace and identify fiber faults with the Ade Advanced Optics 2nd Generation 5mW Red Laser Fiber Optic Cable Tester, featuring a universal 2.5mm fiber optic connector and operating in both CW and pulse modes.

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Reviews

🔗Sig Sauer Buckmasters 1500 LRF: Ranging Rangefinder and BDC Riflescope

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The Buckmasters Rangefinder and Riflescopes were inspired by Jackie Bushman to bring the performance of SIG SAUER Electro-Optics at a value that is within reach for every hunter. The riflescopes feature a custom Buckmasters Bullet Drop Compensation (BDC) reticle that has holdover dots out to 500 yards.
The rangefinder will provide lightning-fast ranging performance in a vivid red illuminated display optimized for low-light hunting. As an extra value, the rangefinder can be used in “Buckmasters Mode” which comes equipped with 8 onboard ballistic groups, so the rangefinder can indicate which Buckmasters BDC holdover dot to use in your riflescope.

🔗Portable Thermal Imaging Monocular for Hunting and Outdoor Activities

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The Pulsar Axion XM30F Thermal Monocular has been a game changer in my outdoor experiences. Its sleek and compact design makes it easy to carry, fitting perfectly in my pocket. The device is incredibly lightweight, and I barely feel it when I'm on the go. Although I was initially worried about the battery life, the unit still lasts a solid five hours before needing to recharge.
One of the standout features of the Axion XM30F is its ability to detect heat signatures over 1400 yards away. With its powerful 320x240 microbolometer resolution, I've been amazed at how crystal clear the images are, even at a distance. The 640x400 AMOLED Display further enhances the viewing experience, making it easy to spot any wildlife or targets in my area.
The 3-12x digital magnification is also a fantastic addition, as it allows me to get a closer look at my subjects without compromising the image quality. I especially appreciate the eight selectable color palettes, which enable me to tailor the device to suit my specific needs.
While I haven't faced any significant issues with the Axion XM30F, I have come across a few minor drawbacks. The device can be a bit sensitive to temperature fluctuations, which caused the screen to freeze on occasion. However, a quick shake usually fixes the issue. Additionally, the unit takes Li-Ion 18650 batteries, which can be a bit harder to find compared to more common AA or AAA batteries.
Overall, the Pulsar Axion XM30F Thermal Monocular has proven to be an invaluable tool in my outdoor pursuits. Its sleek design, powerful imaging capabilities, and customizable features make it a standout choice for anyone looking for a high-quality thermal monocular. While there are a few minor cons to consider, the pros outweigh the negatives, making this device a worthwhile investment for those seeking to enhance their outdoor experiences.

🔗Banner Engineering Fiber Optic Sensor: Red Dot, DIN Rail, and IP11 Rating

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I recently had the chance to try out Banner Engineering's D12SN6FP Fiber Optic Sensors, and let me tell you, they're a game-changer. The red dot fiber optic sensor stood out from the rest, making it easier for me to see what I needed to monitor. The D12s had an impressive response time of just 0.5ms, which was crucial for detecting my fast-moving data.
One of the things that I really appreciated about the fibers was their sturdy construction. I've had other fiber optic sensors that didn't handle regular wear and tear, but these stood up nicely to the task at hand. Additionally, they were really easy to install thanks to their cable connection.
However, there's one thing I'd like to see improved: the D12SN6FP did not have a quick disconnect type, making it a bit more difficult to swap out compared to models with that feature. Nevertheless, it was still a smooth experience overall. If you're looking for a reliable and efficient solution for monitoring your data, give Banner Engineering's D12SN6FP Fiber Optic Sensors a try.

🔗D10BFP Fiber Optic Sensors: Durable Plastic Red LED Bipolar Fiber Optic Sensors

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As I've been working on a project recently, I stumbled upon the Banner Engineering D10BFP Fiber Optic Sensors. At first, I was skeptical about the effectiveness of such a tiny sensor. However, the moment I began using it, I was thoroughly impressed. The visible red LED was a game-changer - providing an easy-to-spot reference point for accuracy.
The Banner Engineering sensors managed to capture my attention through their high-quality construction, using a combination of plastic and glass for a durable and reliable connection. In addition, the DIN rail housing style made it simple to install and integrate within my project setup.
Despite being such an incredibly robust little device, it has a minimal response time of just. 2 milliseconds, which adds to the overall precision of the sensor. The D10BFP also boasts a maximum operating relative humidity of 90% @ 55°C, ensuring it can perform efficiently in a wide range of environmental conditions.
However, one drawback I noticed was the limited cable length of 2 meters, which might not be sufficient for larger projects. Additionally, despite the easy-to-install design, these sensors can seem quite complex to set up at first, especially for those with limited technical knowledge.
In conclusion, the Banner Engineering D10BFP Fiber Optic Sensors have exceeded my expectations, offering both a reliable and precise solution to my project's needs.

🔗Portable Optical Fiber Tester with 2mW Visual Fault Locator and Universal Interface

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Using this D YEDEMC fiber optic cable tester on a daily basis has been a game-changer in my work routine. It effortlessly measures standard fiber optic wavelengths and has an impressive test range of -70dBm to +6dBm. With its built-in 2mW visual fault locator, it quickly helped me identify any issues with my cables.
The support for different lighting options and automatic shutdown are fantastic, ensuring I don't waste energy by leaving the device on unnecessarily. Additionally, the backlight selection and wavelength memory function make this tester even more versatile and user-friendly.
One downside is that it's quite heavy, weighing in at 7.36 ounces, but that's a small price to pay for the numerous features it offers. Another con is that the device is not sold locally, potentially causing complications with customer service and warranty claims.
Overall, the D YEDEMC fiber optic cable tester is a reliable and functional tool that's essential for anyone working with fiber optics. The built-in features make it a standout product, despite minor drawbacks.

🔗CZ P-10 C Red Dot Optic Cut IWB Holster with Adjustable Features and Secure Belt Clip

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I recently tried the CZ P-10 C Red Dot Optic Cut IWB Holster, and let me tell you, it's a game-changer! The holster provides a smooth, comfortable, and secure fit for my gun. One feature that really stood out is its adjustability. I loved how I could set the tension to my personal comfort and easily switch between different carry options.
The holster is made from durable Kydex and features a protective sweat guard, keeping my gun in pristine condition. Even with the adjustable clip, I found it super easy to position the holster in various positions, which adds an additional level of convenience.
However, there were a couple of things I didn't like. First, the initial tension was a bit tight, making it harder to draw my gun out. I also noticed a slight gap around the trigger guard, which could affect the retention. Lastly, the secure belt clip didn't seem to click into place as securely as it promised.
On the whole, I felt the pros definitely outweighed the cons. If you're in the market for an IWB holster for the CZ P-10 C, the red dot optic cut option from We The People Holsters is definitely worth considering. Just make sure to adjust the tension once you've got it on your belt!

🔗High-Performance Fiber Optic Sensor for Sensing Applications

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As someone who's always on the lookout for efficient sensing solutions, the D10DNFP Fiber Optic Sensor from Banner Engineering immediately caught my attention. The sensor's 16-bit microprocessor and 12-bit A/D resolution allowed it to tackle even the trickiest sensing applications with ease, even when contrast was as low as 1%.
One feature that stood out was its advanced teachable microprocessor, which learned the light and dark sensing conditions, computed the most accurate setting for recognizing the difference in received light signals, and self-programmed that setting for optimal accuracy. The built-in configurability of the sensor allowed me to solve complex applications with a single sensor, which was a game-changer.
The sensor's versatility extended to its available output models, with options for bipolar discrete, dual-discrete, or analogue/discrete outputs. It also came with operating status indicators and manual fine-tuning capabilities, providing a smooth and customizable user experience.
However, one downside I encountered was the sensor's limited compatibility with non-plastic fibers. Despite this setback, for sensing and instrumentation applications in the industrial and microwave sectors, the D10DNFP Fiber Optic Sensor from Banner Engineering proved to be a reliable and efficient solution.

🔗Takex Fiber Optic Red Dot Sensor for Discrete Measurements

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I recently got my hands on the Fiber Optic 12-24VDC Sensor, a little gadget that takes simplicity to a whole new level. At first, it felt intrusive in my daily setup, but as soon as it started performing, I was hooked.
The red LED is bright and catches anyone's attention, and it's really lightweight - making it perfect for my projects at home. With its through-beam design, the Fiber Optic Sensor has been invaluable for those tight spots where a traditional one can't fit.
It's not without its flaws, though - sometimes the sensor can act a bit too enthusiastically, resulting in a few false readouts. Despite its quirks, the Fiber Optic 12-24VDC Sensor has become an indispensable tool in my arsenal.

🔗Banner Engineering DF-G3-PD-2M Fiber Optic Sensor for Light Detection

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As someone who's always on the lookout for reliable sensors, I recently came across the Banner Engineering DF-G3-PD-2M Fiber Optic Sensor. This little device has been a game-changer in my daily work, detecting light effectively in even the darkest corners.
One feature that really stood out to me was its versatility - it can be mounted on a DIN rail and detect light both in the light-on and dark-on modes, giving it a flexible application. The dual PNP output configuration has proved invaluable as well, making it a great choice for situations where you need two distinct signals.
However, the sensor's sensing distance is limited to just 3 meters, which could be a drawback for larger installations. Still, considering its performance in its intended range, it's a solid choice. The red LED light source provides clear visibility without causing any unnecessary distractions, while the 3 m sensing distance offers a decent distance for accurate readings.
Overall, the Banner Engineering DF-G3-PD-2M Fiber Optic Sensor has been a reliable companion in my projects. Its ease of installation, flexible operation modes, and clear output configuration have made it a go-to option when I need dependable light sensing.

🔗Adjustable Sig Sauer P365 XMacro Red Dot Optic Cut IWB Holster with Secure Belt Clip

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Imagine you've been carrying the Sig Sauer P365 XMacro Red Dot Optic Cut IWB Holster every day. You've found some hidden gems and a few misses along the way.
This holster offers an impressive range of adjustable features to accommodate your preferences. While the retention system allows you to set the tension to your comfort, the ride and cant settings let you find the perfect position for carrying your firearm. You've especially appreciated the flexibility of the clip, as it can be securely adjusted to eight different positions, ensuring it won't poke through your shirt or create unnecessary printing.
However, there are a couple of downsides to this holster. The protective sweat guard has proved a double-edged sword, as it minimizes contact between your gun and your skin, but it can also rub against your underarm, which is not always comfortable. The secure belt clip works well as long as you're careful, as it ensures clean draws, but if you're not careful, the metal belt clip can scratch your gun's surface.
Overall, the Sig Sauer P365 XMacro Red Dot Optic Cut IWB Holster provides a comfortable and reliable way to carry your firearm. It offers a host of customizable features that cater to various carrying positions and gun types. Although there's room for improvement in the sweat guard and potential metal-on-gun contact, these minor drawbacks don't overshadow the numerous advantages this holster provides.

🔗Red Fiber Optic Sensor for Testing Equipment

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I recently had the opportunity to try out the SICK WLL170-2P330 Fiber-Optic Sensors, and I must say, it lived up to the hype. The sleek red finish of the device added a touch of style to the lab, and the red dot indicator made it easy to align and position it accurately. The 1-year labor warranty gave me peace of mind, and the 3-year parts warranty was a great added bonus.
However, there were a couple of minor drawbacks to this product. First, the documentation provided could have been more explicit, especially for beginners. Second, the device was a bit more expensive than some of its competitors on the market.
Overall, the SICK WLL170-2P330 Fiber-Optic Sensors proved to be a reliable and high-quality product in my experience, making it a good investment for those in need of a trusty test equipment device.

🔗Banner D10dpfp Fiber Optic Sensor, Multi-Function & Red Dot Technology

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I recently came across the Banner Engineering D10DPFP Fiber Optic Sensor while searching for a reliable and efficient sensor for my project. Upon receiving the product, I was immediately impressed by its sleek design and the thermoplastic housing that seemed to be durable and practical for the task at hand. The cable length of 2 meters was just right, allowing me to install it without any difficulties.
The dual discrete outputs were a game-changer, as they provided me with clear and precise readings. The visible red 680nm LED indicators were easy to see, even in brightly lit areas, which made it convenient to troubleshoot any issues. The PNP sourcing output type was a great feature that made it compatible with a wide range of control systems.
However, one thing I found a bit challenging was setting up the sensor with a 12-24VDC supply voltage. It took some trial and error before I managed to get it working, but once I did, the sensor functioned smoothly and accurately.
Overall, the Banner Engineering D10DPFP Fiber Optic Sensor proved to be a reliable and versatile option for my project, and I would definitely recommend it to others in search of a high-quality fiber optic sensor.

🔗15m Red Fiber Optic Cable with SC and ST Connectors

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The Inline 82515 15M Red Fiber Optic Cable has been a game changer for my daily life. With its flexibility and longevity, it's perfect for any situation - be it my office or home. Its LWL adapter cable makes it super easy to use, seamlessly connecting different devices.
The fiber mode structure being Multi-Mode was the highlight for me as this meant higher speeds and increased bandwidth. The fact that it's full-duplex just ensures uninterrupted communication.
However, the only downside I noticed was its larger cladding diameter of 125 μm and core diameter of 50 μm. Overall, the Inline 82515 15M Red Fiber Optic Cable has enhanced the quality of my digital experience significantly. It fits perfectly with my devices and has become indispensable.
Give it a try and I'm sure you'll feel the same way! .

🔗D12SP6FPH Fiber Optic Sensor for Industrial Applications

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The Banner Engineering D12SP6FPH Fiber Optic Sensors are a reliable and efficient addition to any machine or system, especially ones that require high precision and accuracy. Their plastic fiber optic design is not only durable but also lightweight, making them easy to install and maintain.
Although it has a simple and sleek design, don't let that fool you; the sensors are packed with advanced features. They're equipped with IP11 protection rating, ensuring they can withstand dust and water splashes, making them suitable for a range of environments. The red LED display, combined with a discrete digital input/output type, helps in quick and easy diagnostics.
However, it's not all smooth sailing. The sensors come with a relatively limited cable length of 2 meters, which might not be enough for certain setups. Apart from this, there's a bit of a learning curve to the bargraph indicator display.
Overall, the Banner Engineering D12SP6FPH Fiber Optic Sensors are a robust choice for those needing precision and reliability even in challenging conditions. Their design, coupled with their range of features, makes them a practical solution for a variety of projects.

🔗Flashing Fiber Optic Light Up Whip for Raving Fun

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I had the chance to light up the night with the LASR Cherry Bomb Fiber Optic Whip, and boy, it didn't disappoint! . Its sleek black handle and on/off switch made it easy to handle, while the three light modes—bright, dim, and flash—added a touch of versatility.
The high-quality fiber optic strands really caught my eye, and their various lengths added a unique touch to my moves. However, I had to plug it in for charging, which wasn't the most convenient thing. Overall, it's a fun accessory for any dance party, but just make sure to ask questions before buying.

Buyer's Guide

Welcome to the buyer's guide for selecting a Fiber Optic Red Dot sight. This section aims to provide you with essential information about the product category, its features, and considerations to make an informed decision. Let's dive into it.
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What is a Fiber Optic Red Dot sight?

A Fiber Optic Red Dot sight is an optical sighting system designed for use on firearms to provide increased accuracy during target acquisition. It uses fiber optic technology to project a red dot onto the target, allowing for quick and precise shots.

Key Features

• Fiber optic technology for red dot projection
• Adjustable brightness settings for improved visibility in varying lighting conditions
• Wide field of view for faster target acquisition
• Rugged and durable construction for outdoor use
• Compatibility with various firearms and mounting systems

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Considerations when buying a Fiber Optic Red Dot sight

• Brightness settings: Look for red dots with adjustable brightness settings to ensure optimal visibility in different lighting conditions.
• Field of view: A wider field of view makes target acquisition quicker and more efficient.
• Durability: Fiber optic red dots are designed for outdoor use; ensure the one you choose has rugged construction.
• Compatibility: Check if the sight you're interested in is compatible with your firearm and mounting systems.
• Ease of use: Look for sights with intuitive controls and straightforward installation.

General Advice

When choosing a Fiber Optic Red Dot sight, consider your shooting style and environment. Opt for a sight with adjustable brightness settings for flexibility in various lighting conditions, and a wide field of view for faster target acquisition. Always ensure the sight is durable and compatible with your firearm and mounting systems. Lastly, be aware of the ease of use and installation to make the most out of your new sight.
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Wrap Up

A Fiber Optic Red Dot sight is a versatile tool for those who appreciate accuracy and speed in their shooting. By considering the key features, making wise choices, and following general advice, you can find the perfect fit for your needs. Good luck and happy hunting!

FAQ

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What are the benefits of using a Fiber Optic Red Dot?

Fiber optic red dot sights offer a number of benefits over traditional iron sights or other Optical Sights like Laser sights and Tactical Lights. The primary benefit of these sights is their increased visibility and brightness, especially in low light or nighttime conditions. This makes them ideal for use in hunting, target shooting, or home defense situations. Their high contrast red dot reticle also makes it easy to quickly acquire and maintain target focus, even in fast-paced or high-stress situations. Additionally, Fiber Optic Red Dot sights are typically small, lightweight, and compact, making them easy to mount and carry without adding much weight or bulk to your firearm.

What types of devices are compatible with a Fiber Optic Red Dot?

Fiber optic red dot sights can be used on a wide range of devices, including pistols, rifles, and shotguns. They are most commonly found on handguns and modern sport rifles but can also be found on hunting rifles, tactical rifles, and shotguns. They can be used on both semi-automatic and revolver type firearms and can even be mount onto crossbows and muzzle loaders in some instances.

How do I properly mount and align a Fiber Optic Red Dot?

• Begin by cleaning the top of your firearm and preparing the sight for mounting. Make sure the firearm is unloaded and secure.
• Next, attach the mount to your firearm. This can usually be done with screws or by simply clamping the mount onto the firearm.
• Once the mount is securely attached, insert the fiber optic sight into the mount. Make sure it is fully seated and that it is properly aligned with the mount.
• Now, test the sight and make sure it is properly aligned. Point your firearm at a target and turn the windage and elevation adjustment screws until the red dot is properly aligned.

How do I maintain and clean my Fiber Optic Red Dot?

• Start by turning off your weapon and removing the magazine.
• Next, remove the mount and the fiber optic sight from your firearm. Be careful not to disassemble the sight or break any components.
• Gently wipe the sight with a soft cloth. If the sight is dirty, you can use a mild cleaner to clean it, but be sure to avoid getting any liquid into the sight.
• If you notice any fading or discoloration of the sight, it may need to be replaced. This can usually be done by your firearm dealer or specialized optics dealer.

What are the common issues that users face with Fiber Optic Red Dots?

The most common issues users face with Fiber Optic Red Dots are misalignment and brightness issues. Misalignment can occur if the sight is not properly mounted or if it is bumped or knocked out of alignment. Brightness issues can be caused by poor visibility in low light conditions or by exposure to bright sunlight. Additionally, some users may experience issues with the durability and quality of the sight, particularly if they are using it in harsh conditions or in high-stress situations.
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Are you tired of the same old, boring walls in your home or office? Looking for a way to add some fun and personality to your space? Well, look no further because today we're bringing you the best of the best in the world of Fathead Stickers! In this article, we will explore the top-rated and most creative stickers that will help you transform your walls into a stunning work of art. Let the fun begin!

The Top 10 Best Fathead Stickers

1. Los Angeles Chargers Outdoor Decal Set - Stand out from the crowd and represent your LA Chargers with this weather-resistant, UV-resistant, and adhesive-backed Fathead 5-Piece Mini Alumigraphic Outdoor Decal Set, perfect for showcasing your fandom outdoors.
2. Introducing the Fathead Larry Bird Boston Celtics Life-Size Removable Wall Decal - Add a touch of sports nostalgia with this officially licensed, reusable Larry Bird wall decal, featuring vibrant and removable vinyl, perfect for enhancing your Boston Celtics fan cave or any space.
3. Cam Newton Carolina Panthers Wall Decal - Grab the Carolina Panthers' Cam Newton Life Score Removable Wall Decal from Fathead for an instantly striking, easy-to-install homage to your team and the Panthers QB!
4. Patrick Mahomes Kansas City Chiefs 3-Pack Life-Size Decals - Embody your Kansas City Chiefs pride with the high-definition, life-size Fathead wall decals, showcasing Patrick Mahomes – perfect for attracting everyone's attention and asserting your fandom with ease.
5. Pittsburgh Steelers Cameron Heyward Removable Wall Decal 3-Pack - Experience the ultimate home decor with this high-quality, fade-resistant Fathead Cameron Heyward Pittsburgh Steelers 3-Pack Life-Size Removable Wall Decal, exquisitely crafted to captivate your guests and make a bold statement in any room.
6. NBC Sport 3D Removable Wall Decal - The Larry Bird Boston Celtics life-size removable wall decal by Fathead adds a bold statement to any space, boasting of high-quality, durable vinyl and easy repositioning for a stylish, fan-friendly decoration.
7. Durable Outdoor Hornets Decal Set - Weather-resistant and durable, this Charlotte Hornets 5-Piece Mini Alumigraphic Outdoor Decal Set by Fathead brings your love for the sports team outdoors with its adhesive-backed, UV-resistant decals printed with the team's graphics.
8. Official Larry Bird Removable Wall Decal - Elevate your sports memorabilia collection with this high-quality, removable, life-size Larry Bird Boston Celtics wall decal by Fathead, officially licensed by the NBA.
9. Removable and Reusable Larry Bird Wall Decal - Add a touch of NBA excitement to your home with the eye-catching, removable, and reusable Fathead Larry Bird Boston Celtics Life Size Wall Decal, made from durable vinyl and officially licensed by the NBA.
10. Marvel Avengers Assemble Giant Wall Decal - Discover the ultimate wall decor for Marvel fans: Fathead's officially licensed Avengers Assemble collection decals, made in the USA, and easy to install, offer a seamless way to personalize and transform any space with bold character representation.

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Reviews

🔗Los Angeles Chargers Outdoor Decal Set

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As a loyal Los Angeles Chargers fan, I was thrilled to discover this Mini Alumigraphic Outdoor Decal Set from Fathead. I've always wanted to showcase my passion for the Chargers outdoors, and these decals made that possible.
The set includes five decals, each printed with our beloved team's logo and colors. These decals are no joke - they're UV and weather resistant, so I don't have to worry about them fading or peeling off due to harsh sun rays or storms. Plus, they're incredibly easy to install with their adhesive backing.
One downside I noticed was the size of these decals. They're fairly small, about a foot tall or so, but if you want to make a grand statement, you might need to look for larger options. Nonetheless, they're perfect for placing on my garage door or on the tailgate of my car.
All in all, this Fathead Mini Alumigraphic Outdoor Decal Set is a fantastic way to express your Chargers fandom outside your home. It's durable, eye-catching, and easy to install, making it a must-have for any die-hard Chargers fan like myself.

🔗Introducing the Fathead Larry Bird Boston Celtics Life-Size Removable Wall Decal

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As a die-hard Boston Celtics fan, I've always wanted to pay tribute to my favorite player in the team's history, Larry Bird. It's not every day that you come across a product that can truly bring your sports idol to life in your own home. That's where Fathead's Larry Bird Boston Celtics Life Size Removable Wall Decal comes in!
I recently decided to redecorate my man cave with this massive, high-quality decal measuring 54" x 80" - the same size as the iconic Boston Celtics jersey Larry Bird used to wear. I must say, the installation process was a breeze thanks to its highly durable vinyl material and easy-to-follow instructions. Plus, it doesn't leave any residue on the walls, making it a perfect choice for rented spaces.
One of my personal favorites about this wall decal is its official NBA licensing. It's amazing to see such attention to detail, with vivid colors and intricate designs that capture Larry Bird's signature style perfectly. Not to mention, it looks awesome with the other Fathead wall decals I have throughout the room!
However, one minor downside is that the decal may not be as easy to remove as it is to apply. I had to use some elbow grease to get everything off when repositioning it, but it wasn't a deal-breaker by any means.
In conclusion, the Fathead Larry Bird Boston Celtics Life Size Removable Wall Decal has transformed my man cave into a true Boston Celtics haven. Its high-quality materials, ease of installation, and impressive attention to detail make it an absolute must-have for any die-hard Larry Bird fan or Boston Celtics supporter.

🔗Cam Newton Carolina Panthers Wall Decal

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I'm a die-hard Carolina Panthers fan, and when I found out about this life-size Cam Newton wall decal from Fathead, I knew I had to have it. I've been using it in my man cave for a few weeks now, and it really sets off the vibe I was going for. It's huge, detailed, and is a constant reminder of my love for the Panthers.
The installation was relatively easy, but I did need a friend to help me with the positioning because of its size. The 3D effect is quite impressive, and it feels like I have Cam Newton himself on my wall! The material is high quality and seems like it will hold up well over time. The only downside is that it does collect some dust, but a quick wipe with a damp cloth solves that issue.
All in all, this Fathead sticker has been a great addition to my Panthers-themed space. It's a perfect blend of visual appeal and ease of installation, making it a must-have for any dedicated fan.

🔗Patrick Mahomes Kansas City Chiefs 3-Pack Life-Size Decals

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As a die-hard Kansas City Chiefs fan, I couldn't resist grabbing the Fathead Patrick Mahomes 3-pack wall decals to show off my love for the team. The high-definition graphics are incredibly detailed and lifelike, making it seem like Mahomes is jumping straight off the wall.
One of the standout features of these decals is how easy they are to install. The non-damaging adhesive ensures that they're easy to remove and reposition without leaving any residue on your walls, making them perfect for rented spaces or if you just like to switch up your decor from time to time.
Another feature I absolutely love about these decals is the entertainment value they bring. Friends and family alike are always amazed by how realistic and detailed the images are, leading to countless conversations and discussions about the Chiefs and their legendary quarterback.
However, one minor drawback I've noticed with these decals is that they can have trouble sticking to textured walls. While it's not a dealbreaker for me, it's worth considering if your walls have a lot of texture before making a purchase.
All in all, I'm extremely satisfied with my Fathead Patrick Mahomes 3-pack wall decals and would highly recommend them to anyone looking to show off their love for the Kansas City Chiefs in a fun and eye-catching way.

🔗Pittsburgh Steelers Cameron Heyward Removable Wall Decal 3-Pack

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I recently got my hands on a Fathead Cameron Heyward Pittsburgh Steelers 3-Pack Life-Size Removable Wall Decal, and let me tell you, it's been a game-changer for my sports-loving household. From the moment it arrived, I could tell this wasn't your average wall decal. The quality of the ink and canvas is unbeatable, resulting in a rich, vibrant print that will last for years.
One feature that stood out for me was how easy it was to install. I'm not exactly a handyman, but even I could manage to get it up on the wall in no time - no tools required! Plus, with the ability to remove and reposition it without damaging the walls, I know our decor can evolve as our interests change.
However, there's one downside that might matter to some folks: the size. At life-size, these decals are undoubtedly eye-catching, but they might not suit every space. If you're looking for something more subtle or need to fit a small area, this might not be the best choice.
All in all, though, I'm absolutely thrilled with my Fathead Cameron Heyward Pittsburgh Steelers 3-Pack Life-Size Removable Wall Decal. It's a perfect blend of entertainment value and craftsmanship, and it's brought an exciting new energy to our home.

🔗NBC Sport 3D Removable Wall Decal

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As a sports fan who has recently found a new favorite wall accessory, I can't stress enough how satisfying it is to have this Larry Bird Boston Celtics Life Size Removable Wall Decal in my space. The decal's high resolution is a game-changer for fans like me who are looking for a way to showcase their passion without sacrificing style.
One of the standout features of this product is its incredible durability. Made from tear-resistant vinyl, it's not only tough but also super easy to apply and remove - perfect for those who might be indecisive about their room décor. Plus, at 54" x 80", it certainly holds its own as a life-size wall decoration that truly captures the essence of basketball legend Larry Bird.
However, there's a downside to the decal's size. While its sheer scale might be perfect for some fans, it could also be a challenge for others when it comes to finding the right spot to install it. But rest assured, with this product's removable and reusable properties, relocating it won't be an issue.
To sum up, if you're a basketball enthusiast looking to take your love for the game to new heights (or should I say, walls? ), then this Larry Bird wall decal by Fathead should definitely be on your wish list. So go ahead, bring some iconic Larry Bird magic into your home and transform your space into an ultimate sports haven.

🔗Durable Outdoor Hornets Decal Set

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I recently got my hands on the Fathead Charlotte Hornets 5-Piece Mini Alumigraphic Outdoor Decal Set, and I couldn't be happier. These decals are absolutely amazing! I decided to give our backyard a fresh look, and the weather-resistant and UV-resistant properties of these decals have made a world of difference.
The adhesive backing is incredibly strong, ensuring that the decals stay put regardless of the weather conditions. Plus, the durability of these alumigraphic materials means I don't have to worry about them fading over time.
One downside is that they're a little tricky to apply, and you need to be extra careful not to leave any air bubbles or misalign them. However, once they're on, they look fantastic and really make our home stand out from the rest.
Overall, I'd highly recommend the Fathead Charlotte Hornets 5-Piece Mini Alumigraphic Outdoor Decal Set for anyone looking to add a fun and unique touch to their outdoor space. They're definitely worth the investment and I know they'll last for a long, long time.

🔗Official Larry Bird Removable Wall Decal

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As a basketball enthusiast, I always wanted to transform my man cave into a mini sports hub. Hence, when I came across the Fathead Larry Bird Boston Celtics Life Size Removable Wall Decal, I was excited to give it a try. I must say, this wall decal exceeded my expectations!
The moment it arrived, I was instantly blown away by its high-definition, precision-cut design featuring Larry Bird in his iconic Boston Celtics jersey. It was so detailed and realistic, you'd think it was a painting rather than a vinyl decal.
Setting it up was incredibly easy. The low-tack adhesive ensured that it stuck perfectly onto my wall while still being removable without damaging the surface. It was quite large, measuring 54" x 80", but its lightweight nature made it a breeze to position.
One of the major pros of this product is its durability. Made from tear-resistant vinyl, this wall decal has withstood the test of time in my house. Despite being exposed to direct sunlight and regular wear and tear, it still looks as good as new.
What sets this wall decal apart from others is its officiallicensed partnership with the NBA. As a true Larry Bird fan, knowing that this decal is sanctioned by the NBA added an extra layer of authenticity to my room.
On the downside, its size can be quite intimidating, especially for a small space. It took up quite a bit of real estate on my wall, leaving little room for other decorations. Additionally, depending on the texture of your wall, the decal may not stick as flatly as you'd like.
However, despite these minor cons, I am thoroughly impressed with the Fathead Larry Bird Boston Celtics Life Size Removable Wall Decal. It has undoubtedly made my man cave a more lively and inspiring space. So, if you're a Larry Bird or Boston Celtics fan looking to add some sports flair to your room, this wall decal is definitely worth considering.

🔗Removable and Reusable Larry Bird Wall Decal

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Hey there, fellow decor enthusiast! I recently got my hands on the Fathead Larry Bird Boston Celtics Life Size Removable Wall Decal, and let me tell you, it's been a game-changer for my man cave.
This vinyl wall decal is not only super durable, but also incredibly easy to install. You know how tedious it can be to hang up traditional posters? Well, say goodbye to that nightmare! The low-tack adhesive on this Larry Bird decal is a breeze to stick and peel without leaving any damage to your walls.
As a huge Celtics fan, I was absolutely thrilled to find an officially licensed NBA product that's not only eye-catching, but also incredibly lifelike. Measuring at 54" x 80", this wall decor is an absolute attention-grabber – it's like having Larry Bird himself on my wall!
However, there's one small downside that I must mention. While it peels off easily, it can be quite challenging for a first-timer to align the decal perfectly on the wall. Thankfully, with a little patience and a gentle touch, you'll have your space looking awesome in no time.
So, if you're searching for a unique way to spruce up your space, look no further than the Fathead Larry Bird Boston Celtics Life Size Removable Wall Decal. It's got a little something for everyone – from super fans to decor aficionados.

🔗Marvel Avengers Assemble Giant Wall Decal

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I recently embarked on a mission to transform my son's bedroom into an Avengers-themed haven. After hours of browsing through wall decor options, I came across the Fathead Avengers Assemble Collection - a set of large officially licensed Marvel removable wall decals.
I was excited about the prospect of giving my son's room a complete makeover without any permanent damage to the walls. The installation process was incredibly easy, thanks to the vinyl decal's low-tack peel-and-stick adhesive. These decals are made in the USA, which instantly added a sense of authenticity and quality to the product.
One thing that really stood out for me was how versatile these decals were. They could be repositioned without leaving any residue, making them a perfect option for parties or temporary decorations. Plus, they come with extra wall decals, allowing me to create an immersive themed space for my son.
However, there were a couple of downsides as well. While the vinyl material itself was durable, the packaging wasn't very sturdy. My decals arrived with some minor damages due to mishandling during transit. But overall, the end result was worth it - especially when I saw my son's eyes light up upon seeing his transformed bedroom.
In conclusion, the Fathead Avengers Assemble Collection is not only a fun way to add some personality to your walls but also a cost-effective and efficient alternative to traditional wall decals. Just make sure you handle the packaging carefully to avoid any damage to your decals during transit.

Buyer's Guide

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1. Clean the surface: Make sure the surface you'll be applying the sticker to is clean, dry, and free of dust or debris.
2. Follow instructions: Each Fathead sticker comes with specific application instructions. Always read and follow these guidelines to ensure proper application and longevity.
3. Apply with care: Gently peel the backing off the sticker and slowly apply it to your desired location. Use a squeegee or credit card to smooth out any air bubbles and ensure a tight seal between the sticker and the surface.

Conclusion

Fathead stickers are an affordable and versatile way to add character and personality to your living space. By considering important features, following purchasing suggestions, and applying your stickers with care, you can enjoy these eye-catching decorations for years to come.
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FAQ

What are Fathead Stickers?

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Fathead Stickers are large, high-quality vinyl decals designed for walls and other smooth surfaces. They feature a variety of popular characters, sports teams, and scenes, adding a personalized touch to your living space or office.

What materials are used to create Fathead Stickers?

Fathead Stickers are made from high-quality vinyl that is durable, easy to apply, and easy to remove without leaving residue. They have a matte finish to reduce glare and ensure the colors remain vibrant.
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How are Fathead Stickers applied?

Applying a Fathead Sticker is simple. First, clean and dry the surface where you want to place the sticker. Next, peel back a small portion of the backing and align it with the desired position. Slowly remove the backing as you smooth out the sticker, using a squeegee or credit card to ensure it adheres firmly to the surface.

Can I reposition a Fathead Sticker?

1. Yes, you can reposition a Fathead Sticker within the first 6 hours of application.
2. To reposition the sticker, gently lift one edge using a thin plastic tool (such as a credit card) or your fingers.
3. Slide the sticker to the desired position and smooth it out using a squeegee or credit card.

Do Fathead Stickers damage walls or other surfaces?

No, when applied and removed properly, Fathead Stickers will not damage your walls or other surfaces. They are designed to be easy to apply, remove, and reposition without leaving any residue or causing damage.

How do I remove a Fathead Sticker?

To remove a Fathead Sticker, gently lift one edge using a thin plastic tool (such as a credit card) or your fingers. Slowly and carefully peel the sticker away from the surface while applying steady, even pressure. If any residue remains, use a soft cloth or sponge with warm, soapy water to gently clean the surface.

Do Fathead Stickers come with a warranty?

Yes, Fathead offers a 90-day Worry-Free Guarantee on all their products. If you are not satisfied with your Fathead Sticker within 90 days of purchase, you can contact their customer service for a full refund or replacement, as long as you provide proof of purchase and the issue is not caused by improper installation or use.
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