Kairuhs AHI All Glass Cockpit Display – Triple-Screen MAVLink Avionics for RC Planes

1 UNIT LEFT

Choose between 1.14" or 1.44" screens

⚠️ We can only accommodate a maximum of 3 units per transaction to keep shipping costs manageable.

⚠️ Kit no longer includes button module due to access point menu in new firmware

If more than 3 units are ordered in a single transaction, the entire order will be refunded.

If you need more then 3, please place separate transactions to avoid cancellations.

Units are assembled, tested and shipped in USA

International shipping includes sales taxes

⚠️Please note: Customers are responsible for all import duties, taxes, and customs fees associated with the delivery of their order. These charges are not included in the purchase price and may be billed by your local customs authority upon arrival. Please check your local customs regulations for more information on potential fees and charges.

⚠️Please allow estimated 1-3 days for assembly and shipping info. Every unit is carefully built and tested before being shipped. Thank you for your patience and support!

Product appearance may vary, but the kit functions identically.

Product Details
Kairuhs AHI All Glass Cockpit Display – Dual-Screen MAVLink Avionics for RC Planes

FW 1.1 — adds screen rotation, RC channel mapping with inversion, WiFi AP settings menu, compact/full compass modes, and fixes the startup menu bug.
FW1.2 — dynamic displays (drivers and sizes), added 1.14" display support, individual screen rotation, MFD fuel gauge option, fixed bug; horizon line coming un-synced when rolling
FW2.0 — introduces HUD and Sim Radar, sim tuning, AP directions on boot screen, screen roles

Kits now ship with slightly smaller Board Version 1.4, featuring horizontal connectors for a more compact installation, added solder pads for broader flight controller compatibility, and are now modified for higher screen brightness.

AP Mode Instructions: Hold the boot button immediately after powering on. Follow on screen instructions. Connect to wifi KAIRUHS_Config (PW: kairuhs123), go to 192.168.4.1, make changes, and click Save. The system will reboot into normal mode.

Kit has been tailored to be slightly lighter and more compact.

Weight
AHI Controller 14.7g
1.44" Displays x 2 19 . 2-19 . 9g (depends on display version)
Cables 155mm 5g
Total weight minus button module 38.9

Dimensions
AHI Controller 28 . 9mm width, 53 . 3mm length, 13 . 2mm height
1.44" Displays 29 . 4mm width, 45 . 9mm length, 9 . 8mm height

Technical Description:
Display: Dual 1.44” screens (Inspired by Garmin G1000 & Super Tucano MFD)
Compatibility: MAVLink (UART)
Power Supply: 5V input
Connections: 5V, G, RX, TX
Telemetry Data Displayed:
Attitude Indicator – Primary and secondary
Altitude Tape – Adjusted to selected units
Speed Tape – Displays speed, speed range scale, and speed trend vector
Heading & Compass – Shows heading degrees and directional reference
GPS Count & Distance to Home – Satellite icon turns green when 7+ satellites locked
Return-To-Home (RTH) Arrow – Points to home direction
Variometer – Displays rate of climb/descent
Amp Draw & Power Consumption – Real-time power monitoring
Flaps & Gear Position – Displays current status
Flight Mode – Indicates active mode

Battery Monitoring:
Cell Count
Cell Voltage
Total Battery Voltage

Warnings:
Low voltage
Stall
Over amp draw
High altitude
Low altitude
Overspeed

Customizable Settings:
Menu System – Adjust warnings, brightness, speed, altitude, and distance units
Persistent Memory – Menu selections save and load on boot
Selectable Speed & Altitude Units – Supports MPH, KPH, knots and corresponding altitude/distance units
Speed Trend Vector (STV) – Predicts aircraft speed 3 seconds into the future

FW 1.0:
Throttle Position (Channel 4)
PWM (1000–2000 µs)
Maps linearly to 0–100 %

Flaps Status (Channel 6)
UP when PWM is 1000–1300 µs
HALF when PWM is 1301–1700 µs
DOWN when PWM is 1701–2000µs

Landing‑Gear Indicator (Channel 8)
DOWN when PWM is 1000–1500 µs
UP when PWM is 1501–2000 µs

Flight‑Mode Display (Channel 7)
HORIZONTAL when PWM is 1000–1300 µs
ACRO when PWM is 1301–1700 µs
MANUAL when PWM is 1701–2000 µs

Installation & Setup:
Connects to any available UART (5V, G, RX, TX)
INAV Setup: Navigate to Ports, set UART to MAVLink (115200 baud)
MAVLink Status: MAVLink box turns red if disconnected

For more information, flight demo and setup guide, please visit
https://www.youtube.com/@KairuhsConsole

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