diff --git a/README.md b/README.md
index b2adfaf..8ccbe5c 100644
--- a/README.md
+++ b/README.md
@@ -1,2 +1,52 @@
 # Taranis-XLite-Q7-Lua-Dashboard
 A simple lua-based dashboard for the OpenTX XLite/QX7 Transmitters
+
+![ec2 image tag example](./screenshot1.jpg)
+
+## Features
+* Battery voltage (numerical and graphical)
+* Transmitter battery percentage
+* Model name
+* Time
+* RSSI (graphical and icon (top right))
+* Flight Timer, perfect for whooping
+* ANIMATED QUAD WHEN ARMED!!!
+
+## Author
+* Written by Farley Farley - farley <at> neonsurge __dot__ com
+* From: https://github.com/AndrewFarley/Taranis-XLite-Q7-Lua-Dashboard
+
+## Installing
+
+Download the farl.lua script above and drag it to your radio. You should place this into your /SCRIPTS/TELEMETRY folder.
+
+How to install:
+
+Bootloader Method
+1. Power off your transmitter and power it back on in boot loader mode.
+2. Connect a USB cable and open the SD card drive on your computer.
+3. Download and copy the the scripts to appropriate location on your SD card.  NOTE: If the folders do not exist, create them.
+4. Unplug the USB cable and power cycle your transmitter.
+
+Manual method (varies, based on the model of your transmitter)
+1. Power off your transmitter.
+2. Remove the SD card and plug it into a computer
+3. Download and copy the the scripts to appropriate location on your SD card.  NOTE: If the folders do not exist, create them.
+4. Reinsert your SD card into the transmitter
+5. Power up your transmitter.
+
+If you copied the files correctly, you can now go into the telemetry screen setup page and set up the script as telemetry page.
+
+## Adding the script as a telemetry page
+Setting up the script as a telemetry page will enable access at the press of a button.  These instructions are for the XLite.  The Q7 will also work but the instructions will be a bit different.
+1. Hold the circular eraser D-Pad on the right side of the controller to the right until the Model Selection Menu Comes up
+1. Press the eraser to the left briefly to rotate to page 13/13 (top right)
+1. Press the eraser to the bottom position to select the first screen (which should say none)
+1. Press down on the eraser so the "None" is flashing
+1. Press right on the eraser repeatedly until it goes to "Script", then press down on the eraser to confirm.
+1. Press right on the eraser to select which script, then press down on the eraser should bring up a menu, and "farl" should be in there, select it and press down on the eraser.
+1. Press the bottom button to back out to the main menu.
+1. From now on, while on the main menu with this model, simply move the eraser to the bottom position for about 2 seconds and it will activate your first telemetry screen!
+
+## Support, etc
+* Please feel free to submit issues, feedback, etc. to the gitlab page, or email me!  :)
diff --git a/farl.lua b/farl.lua
new file mode 100644
index 0000000..fd1329b
--- /dev/null
+++ b/farl.lua
@@ -0,0 +1,538 @@
+----------------------------------------------------------
+-- Written by Farley Farley
+-- farley <at> neonsurge __dot__ com
+-- From: https://github.com/AndrewFarley/Taranis-XLite-Q7-Lua-Dashboard
+-- Please feel free to submit issues, feedback, etc.
+----------------------------------------------------------
+
+
+------- GLOBALS -------
+-- The model name when it can't detect a model name from the handset
+local modelName = "Unknown"
+-- I'm using 8 NiMH Batteries in my QX7, which is 1.1v low, and ~1.325v high
+local lowVoltage = 8.8
+local currentVoltage = 10.6
+local highVoltage = 10.6
+-- For an X-Lite you will need...
+local lowVoltage = 6.6
+local currentVoltage = 8.4
+local highVoltage = 8.4
+-- For our timer tracking
+local timerLeft = 0
+local maxTimerValue = 0
+-- For armed drawing
+local armed = 0
+-- For mode drawing
+local mode = 0
+-- Animation increment
+local animationIncrement = 0
+-- is off trying to go on...
+local isArmed = 0
+-- Our global to get our current rssi
+local rssi = 0
+-- For debugging / development
+local lastMessage = "None"
+local lastNumberMessage = "0"
+
+
+------- HELPERS -------
+-- Helper converts voltage to percentage of voltage for a sexy battery percent
+local function convertVoltageToPercentage(voltage)
+  local curVolPercent = math.ceil(((((highVoltage - voltage) / (highVoltage - lowVoltage)) - 1) * -1) * 100)
+  if curVolPercent < 0 then
+    curVolPercent = 0
+  end
+  if curVolPercent > 100 then
+    curVolPercent = 100
+  end
+  return curVolPercent
+end
+
+-- A little animation / frame counter to help us with various animations
+local function setAnimationIncrement()
+  animationIncrement = math.fmod(math.ceil(math.fmod(getTime() / 100, 2) * 8), 4)
+end
+
+local function drawPropellor(start_x, start_y, invert)
+  local animationIncrementLocal = animationIncrement
+  if invert == true then
+    animationIncrementLocal = (animationIncrementLocal - 3) * -1
+    animationIncrementLocal = animationIncrementLocal + 3
+    if animationIncrementLocal > 3 then
+      animationIncrementLocal = animationIncrementLocal - 4
+    end
+  end
+  
+  -- Animated Quadcopter propellors
+  if ((isArmed == 0 or isArmed == 2) and invert == false) or (isArmed == 1 and animationIncrementLocal == 0) then
+    -- Top left Propellor
+    lcd.drawLine(start_x + 1, start_y + 9, start_x + 9, start_y + 1, SOLID, FORCE)
+    lcd.drawLine(start_x + 1, start_y + 10, start_x + 8, start_y + 1, SOLID, FORCE)
+  elseif isArmed == 1 and animationIncrementLocal == 1 then
+    -- Top left Propellor
+    lcd.drawLine(start_x, start_y + 5, start_x + 9, start_y + 5, SOLID, FORCE)
+    lcd.drawLine(start_x, start_y + 4, start_x + 9, start_y + 6, SOLID, FORCE)
+  elseif ((isArmed == 0 or isArmed == 2) and invert == true) or (isArmed == 1 and animationIncrementLocal == 2) then
+    -- Top left Propellor
+    lcd.drawLine(start_x + 1, start_y + 1, start_x + 9, start_y + 9, SOLID, FORCE)
+    lcd.drawLine(start_x + 1, start_y + 2, start_x + 10, start_y + 9, SOLID, FORCE)
+  elseif isArmed == 1 and animationIncrementLocal == 3 then
+    -- Top left Propellor
+    lcd.drawLine(start_x + 5, start_y, start_x + 5, start_y + 10, SOLID, FORCE)
+    lcd.drawLine(start_x + 6, start_y, start_x + 4, start_y + 10, SOLID, FORCE)
+  end
+end
+
+-- A sexy helper to draw a 30x30 quadcopter (since X7 can not draw bitmap)
+local function drawQuadcopter(start_x,start_y)
+  
+  -- Top left to bottom right
+  lcd.drawLine(start_x + 4, start_y + 4, start_x + 26, start_y + 26, SOLID, FORCE)
+  lcd.drawLine(start_x + 4, start_y + 5, start_x + 25, start_y + 26, SOLID, FORCE)
+  lcd.drawLine(start_x + 5, start_y + 4, start_x + 26, start_y + 25, SOLID, FORCE)
+  
+  -- Bottom left to top right
+  lcd.drawLine(start_x + 4, start_y + 26, start_x + 26, start_y + 4, SOLID, FORCE)
+  lcd.drawLine(start_x + 4, start_y + 25, start_x + 25, start_y + 4, SOLID, FORCE)
+  lcd.drawLine(start_x + 5, start_y + 26, start_x + 26, start_y + 5, SOLID, FORCE)
+  
+  -- Middle of Quad
+  lcd.drawRectangle(start_x + 11, start_y + 11, 9, 9, SOLID)
+  lcd.drawRectangle(start_x + 12, start_y + 12, 7, 7, SOLID)
+  lcd.drawRectangle(start_x + 13, start_y + 13, 5, 5, SOLID)
+
+  -- ARMED text
+  if isArmed == 1 then
+    lcd.drawText(start_x + 3, start_y + 12, "ARMED", SMLSIZE + BLINK)
+  end
+  
+  -- Top-left propellor
+  drawPropellor(start_x, start_y, false)
+  -- Bottom-Right Propellor
+  drawPropellor(start_x + 20, start_y + 20, false)
+  -- Top-Right Propellor
+  drawPropellor(start_x + 20, start_y, true)
+  -- Bottom-left Propellor
+  drawPropellor(start_x, start_y + 20, true)
+  
+end
+
+
+-- Sexy voltage helper
+local function drawTransmitterVoltage(start_x,start_y,voltage)
+  
+  local batteryWidth = 17
+  
+  -- Battery Outline
+  lcd.drawRectangle(start_x, start_y, batteryWidth + 2, 6, SOLID)
+  lcd.drawLine(start_x + batteryWidth + 2, start_y + 1, start_x + batteryWidth + 2, start_y + 4, SOLID, FORCE) -- Positive Nub
+
+  -- Battery Percentage (after battery)
+  local curVolPercent = convertVoltageToPercentage(voltage)
+  if curVolPercent < 20 then
+    lcd.drawText(start_x + batteryWidth + 5, start_y, curVolPercent.."%", SMLSIZE + BLINK)
+  else
+    if curVolPercent == 100 then
+      lcd.drawText(start_x + batteryWidth + 5, start_y, "99%", SMLSIZE)
+    else
+      lcd.drawText(start_x + batteryWidth + 5, start_y, curVolPercent.."%", SMLSIZE)
+    end
+      
+  end
+  
+  -- Filled in battery
+  local pixels = math.ceil((curVolPercent / 100) * batteryWidth)
+  if pixels == 1 then
+    lcd.drawLine(start_x + pixels, start_y + 1, start_x + pixels, start_y + 4, SOLID, FORCE)
+  end
+  if pixels > 1 then
+    lcd.drawRectangle(start_x + 1, start_y + 1, pixels, 4)
+  end
+  if pixels > 2 then
+    lcd.drawRectangle(start_x + 2, start_y + 2, pixels - 1, 2)
+    lcd.drawLine(start_x + pixels, start_y + 2, start_x + pixels, start_y + 3, SOLID, FORCE)
+  end
+end
+
+local function drawFlightTimer(start_x, start_y)
+  local timerWidth = 44
+  local timerHeight = 20
+  local myWidth = 0
+  local percentageLeft = 0
+  
+  lcd.drawRectangle( start_x, start_y, timerWidth, 10 )
+  lcd.drawText( start_x + 2, start_y + 2, "Fly Timer", SMLSIZE )
+  lcd.drawRectangle( start_x, start_y + 10, timerWidth, timerHeight )
+
+  if timerLeft < 0 then
+    lcd.drawRectangle( start_x + 2, start_y + 20, 3, 2 )
+    lcd.drawText( start_x + 2 + 3, start_y + 12, (timerLeft * -1).."s", DBLSIZE + BLINK )
+  else
+    lcd.drawTimer( start_x + 2, start_y + 12, timerLeft, DBLSIZE )
+  end 
+  
+  percentageLeft = (timerLeft / maxTimerValue)
+  local offset = 0
+  while offset < (timerWidth - 2) do
+    if (percentageLeft * (timerWidth - 2)) > offset then
+      -- print("Percent left: "..percentageLeft.." width: "..myWidth.." offset: "..offset.." timerHeight: "..timerHeight)
+      lcd.drawLine( start_x + 1 + offset, start_y + 11, start_x + 1 + offset, start_y + 9 + timerHeight - 1, SOLID, 0)
+    end
+    offset = offset + 1
+  end
+  
+end
+
+local function drawTime()
+  -- Draw date time
+  local datenow = getDateTime()
+  local min = datenow.min .. ""
+  if datenow.min < 10 then
+    min = "0" .. min
+  end
+  local hour = datenow.hour .. ""
+  if datenow.hour < 10 then
+    hour = "0" .. hour
+  end
+  if math.ceil(math.fmod(getTime() / 100, 2)) == 1 then
+    hour = hour .. ":"
+  end
+  lcd.drawText(107,0,hour, SMLSIZE)
+  lcd.drawText(119,0,min, SMLSIZE)
+end
+
+local function drawRSSI(start_x, start_y)
+  local timerWidth = 44
+  local timerHeight = 15
+  local myWidth = 0
+  local percentageLeft = 0
+  
+  lcd.drawRectangle( start_x, start_y, timerWidth, 10 )
+  lcd.drawText( start_x + 2, start_y + 2, "RSSI:", SMLSIZE)
+  if rssi < 50 then
+    lcd.drawText( start_x + 23, start_y + 2, rssi, SMLSIZE + BLINK)
+  else
+    lcd.drawText( start_x + 23, start_y + 2, rssi, SMLSIZE)
+  end
+  lcd.drawRectangle( start_x, start_y + 10, timerWidth, timerHeight )
+  
+  
+  if rssi > 0 then
+    lcd.drawLine(start_x + 1,  start_y + 20, start_x + 1,  start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 2,  start_y + 20, start_x + 2,  start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 3,  start_y + 20, start_x + 3,  start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 4,  start_y + 20, start_x + 4,  start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 10 then
+    lcd.drawLine(start_x + 5,  start_y + 19, start_x + 5,  start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 6,  start_y + 19, start_x + 6,  start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 13 then
+    lcd.drawLine(start_x + 7,  start_y + 19, start_x + 7,  start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 8,  start_y + 19, start_x + 8,  start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 16 then
+    lcd.drawLine(start_x + 9,  start_y + 18, start_x + 9,  start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 10, start_y + 18, start_x + 10, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 19 then
+    lcd.drawLine(start_x + 11, start_y + 18, start_x + 11, start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 12, start_y + 18, start_x + 12, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 22 then
+    lcd.drawLine(start_x + 13, start_y + 17, start_x + 13, start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 14, start_y + 17, start_x + 14, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 25 then
+    lcd.drawLine(start_x + 15, start_y + 17, start_x + 15, start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 16, start_y + 17, start_x + 16, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 28 then
+    lcd.drawLine(start_x + 17, start_y + 16, start_x + 17, start_y + 23, SOLID, FORCE)
+    lcd.drawLine(start_x + 18, start_y + 16, start_x + 18, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 31 then
+    lcd.drawLine(start_x + 19, start_y + 16, start_x + 19, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 34 then
+    lcd.drawLine(start_x + 20, start_y + 16, start_x + 20, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 37 then
+    lcd.drawLine(start_x + 21, start_y + 15, start_x + 21, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 40 then
+    lcd.drawLine(start_x + 22, start_y + 15, start_x + 22, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 43 then
+    lcd.drawLine(start_x + 23, start_y + 15, start_x + 23, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 46 then
+    lcd.drawLine(start_x + 24, start_y + 15, start_x + 24, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 49 then
+    lcd.drawLine(start_x + 25, start_y + 14, start_x + 25, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 52 then
+    lcd.drawLine(start_x + 26, start_y + 14, start_x + 26, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 55 then
+    lcd.drawLine(start_x + 27, start_y + 14, start_x + 27, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 58 then
+    lcd.drawLine(start_x + 28, start_y + 14, start_x + 28, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 61 then
+    lcd.drawLine(start_x + 29, start_y + 13, start_x + 29, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 64 then
+    lcd.drawLine(start_x + 30, start_y + 13, start_x + 30, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 67 then
+    lcd.drawLine(start_x + 31, start_y + 13, start_x + 31, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 70 then
+    lcd.drawLine(start_x + 32, start_y + 13, start_x + 32, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 73 then
+    lcd.drawLine(start_x + 33, start_y + 12, start_x + 33, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 76 then
+    lcd.drawLine(start_x + 34, start_y + 12, start_x + 34, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 79 then
+    lcd.drawLine(start_x + 35, start_y + 12, start_x + 35, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 82 then
+    lcd.drawLine(start_x + 36, start_y + 12, start_x + 36, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 85 then
+    lcd.drawLine(start_x + 37, start_y + 11, start_x + 37, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 88 then
+    lcd.drawLine(start_x + 38, start_y + 11, start_x + 38, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 91 then
+    lcd.drawLine(start_x + 39, start_y + 11, start_x + 39, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 94 then
+    lcd.drawLine(start_x + 40, start_y + 11, start_x + 40, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 97 then
+    lcd.drawLine(start_x + 41, start_y + 11, start_x + 41, start_y + 23, SOLID, FORCE)
+  end
+  if rssi > 98 then
+    lcd.drawLine(start_x + 42, start_y + 11, start_x + 42, start_y + 23, SOLID, FORCE)
+  end
+  
+  if rssi > 0 then
+    lcd.drawLine(101, 5, 101, 5, SOLID, FORCE)
+    lcd.drawLine(100, 2, 102, 2, SOLID, FORCE)
+    lcd.drawLine(99, 3, 99, 3, SOLID, FORCE)
+    lcd.drawLine(103, 3, 103, 3, SOLID, FORCE)
+    lcd.drawLine(99, 0, 103, 0, SOLID, FORCE)
+    lcd.drawLine(98, 1, 98, 1, SOLID, FORCE)
+    lcd.drawLine(104, 1, 104, 1, SOLID, FORCE)
+  end
+  
+end
+
+local function drawVoltageText(start_x, start_y)
+  -- First, try to get voltage from VFAS...
+  local voltage = getValue('VFAS')
+  -- local voltage = getValue('Cels')   -- For miniwhoop seems more accurate
+  -- TODO: if that failed, get voltage from somewhere else from my bigger quads?  Or rebind the voltage to VFAS?
+  
+  if tonumber(voltage) >= 10 then
+    lcd.drawText(start_x,start_y,string.format("%.2f", voltage),MIDSIZE)
+  else
+    lcd.drawText(start_x + 7,start_y,string.format("%.2f", voltage),MIDSIZE)
+  end
+  lcd.drawText(start_x + 31, start_y + 4, 'v', MEDSIZE)
+end
+
+local function drawVoltageImage(start_x, start_y)
+  
+  -- Define the battery width (so we can adjust it later)
+  local batteryWidth = 12 
+
+  -- Draw our battery outline
+  lcd.drawLine(start_x + 2, start_y + 1, start_x + batteryWidth - 2, start_y + 1, SOLID, 0)
+  lcd.drawLine(start_x, start_y + 2, start_x + batteryWidth - 1, start_y + 2, SOLID, 0)
+  lcd.drawLine(start_x, start_y + 2, start_x, start_y + 50, SOLID, 0)
+  lcd.drawLine(start_x, start_y + 50, start_x + batteryWidth - 1, start_y + 50, SOLID, 0)
+  lcd.drawLine(start_x + batteryWidth, start_y + 3, start_x + batteryWidth, start_y + 49, SOLID, 0)
+
+  -- top one eighth line
+  lcd.drawLine(start_x + batteryWidth - math.ceil(batteryWidth / 4), start_y + 8, start_x + batteryWidth - 1, start_y + 8, SOLID, 0)
+  -- top quarter line
+  lcd.drawLine(start_x + batteryWidth - math.ceil(batteryWidth / 2), start_y + 14, start_x + batteryWidth - 1, start_y + 14, SOLID, 0)
+  -- third eighth line
+  lcd.drawLine(start_x + batteryWidth - math.ceil(batteryWidth / 4), start_y + 20, start_x + batteryWidth - 1, start_y + 20, SOLID, 0)
+  -- Middle line
+  lcd.drawLine(start_x + 1, start_y + 26, start_x + batteryWidth - 1, start_y + 26, SOLID, 0)
+  -- five eighth line
+  lcd.drawLine(start_x + batteryWidth - math.ceil(batteryWidth / 4), start_y + 32, start_x + batteryWidth - 1, start_y + 32, SOLID, 0)
+  -- bottom quarter line
+  lcd.drawLine(start_x + batteryWidth - math.ceil(batteryWidth / 2), start_y + 38, start_x + batteryWidth - 1, start_y + 38, SOLID, 0)
+  -- seven eighth line
+  lcd.drawLine(start_x + batteryWidth - math.ceil(batteryWidth / 4), start_y + 44, start_x + batteryWidth - 1, start_y + 44, SOLID, 0)
+  
+  -- Voltage top
+  lcd.drawText(start_x + batteryWidth + 4, start_y + 0, "4.35v", SMLSIZE)
+  -- Voltage middle
+  lcd.drawText(start_x + batteryWidth + 4, start_y + 24, "3.82v", SMLSIZE)
+  -- Voltage bottom
+  lcd.drawText(start_x + batteryWidth + 4, start_y + 47, "3.3v", SMLSIZE)
+  
+  -- Now draw how full our voltage is...
+  local voltage = getValue('VFAS')
+  voltageLow = 3.3
+  voltageHigh = 4.35
+  voltageIncrement = ((voltageHigh - voltageLow) / 47)
+  
+  local offset = 0  -- Start from the bottom up
+  while offset < 47 do
+    if ((offset * voltageIncrement) + voltageLow) < tonumber(voltage) then
+      lcd.drawLine( start_x + 1, start_y + 49 - offset, start_x + batteryWidth - 1, start_y + 49 - offset, SOLID, 0)
+    end
+    offset = offset + 1
+  end
+end
+
+local function gatherInput(event)
+  
+  -- Get our RSSI
+  rssi = getRSSI()
+
+  -- Get the seconds left in our timer
+  timerLeft = getValue('timer1')
+  -- And set our max timer if it's bigger than our current max timer
+  if timerLeft > maxTimerValue then
+    maxTimerValue = timerLeft
+  end
+
+  -- Get our current transmitter voltage
+  currentVoltage = getValue('tx-voltage')
+
+  -- Armed / Disarm / Buzzer switch
+  armed = getValue('sa')
+
+  -- Our "mode" switch
+  mode = getValue('sb')
+
+  -- Do some event handling to figure out what button(s) were pressed  :)
+  if event > 0 then
+    lastNumberMessage = event
+  end
+  
+  if event == 131 then
+    lastMessage = "Page Button HELD"
+    killEvents(131)
+  end
+  if event == 99 then
+    lastMessage = "Page Button Pressed"
+    killEvents(99)
+  end
+  if event == 97 then
+    lastMessage = "Exit Button Pressed"
+    killEvents(97)
+  end
+
+  if event == 96 then
+    lastMessage = "Menu Button Pressed"
+    killEvents(96)
+  end
+  
+  if event == EVT_ROT_RIGHT then
+    lastMessage = "Navigate Right Pressed"
+    killEvents(EVT_ROT_RIGHT)
+  end
+  if event == EVT_ROT_LEFT then
+    lastMessage = "Navigate Left Pressed"
+    killEvents(EVT_ROT_LEFT)
+  end
+  if event == 98 then
+    lastMessage = "Navigate Button Pressed"
+    killEvents(98)
+  end
+
+end
+
+
+local function getModeText()
+  local modeText = "Unknown"
+  if mode < -512 then
+    modeText = "Air Mode"
+  elseif mode > -100 and mode < 100 then
+    modeText = "Acro"
+  elseif mode > 512 then
+    modeText = "Horizon"
+  end
+  return modeText
+end
+
+local function run(event)
+  
+  -- Now begin drawing...
+  lcd.clear()
+  
+  -- Gather input from the user
+  gatherInput(event)
+  
+  -- Set our animation "frame"
+  setAnimationIncrement()
+
+  -- Check if we just armed...
+  if armed > 512 then
+    isArmed = 1
+  elseif armed < 512 and isArmed == 1 then
+    isArmed = 0
+  else
+    isArmed = 0
+  end
+
+  -- Draw a horizontal line seperating the header
+  lcd.drawLine(0, 7, 128, 7, SOLID, FORCE)
+
+  -- Draw our model name centered at the top of the screen
+  lcd.drawText( 64 - math.ceil((#modelName * 5) / 2),0, modelName, SMLSIZE)
+
+  -- Draw our mode centered at the top of the screen just under that...
+  modeText = getModeText()
+  lcd.drawText( 64 - math.ceil((#modeText * 5) / 2),9, modeText, SMLSIZE)
+
+  -- Draw our sexy quadcopter animated (if armed) from scratch
+  drawQuadcopter(47, 16)
+  
+  -- Draw our sexy voltage
+  drawTransmitterVoltage(0,0, currentVoltage)
+
+  -- Draw our flight timer
+  drawFlightTimer(84, 34)
+  
+  -- Draw RSSI
+  drawRSSI(84, 8)
+  
+  -- Draw Time in Top Right
+  drawTime()
+  
+  -- Draw Voltage bottom middle
+  drawVoltageText(45,50)
+  
+  -- Draw voltage battery graphic
+  drawVoltageImage(3, 10)
+  
+  return 0
+end
+
+
+local function init_func()
+  -- Called once when model is loaded, only need to get model name once...
+  local modeldata = model.getInfo()
+  if modeldata then
+    modelName = modeldata['name']
+  end
+end
+
+
+return { run=run, init=init_func  }
diff --git a/screenshot1.jpg b/screenshot1.jpg
new file mode 100644
index 0000000..da1b315
Binary files /dev/null and b/screenshot1.jpg differ