Compare Hardware
Compare the details. Find your fit.
2 productsSide-by-side comparison |
|---|
AI insights
| Buyer advice | Preparing AI insights | |
|---|---|---|
| Overview | ||
|---|---|---|
| Price | From £9.11 | $249.99 |
| Availability | In stock | In stock |
| CockpitSquare overview | A Boeing 737 VHF navigation radio panel DIY kit for simulator cockpit builders. Depending on the selected option, it may include the panel, PCB, electrical components, displays, encoder, switches, and resin parts for assembly. | The Rowsfire A105 is a backlit Airbus A320 radio-management and transponder panel combining RMP and ATC controls in one unit. It connects by USB and is intended for use with supported flight simulators and A320-family add-ons through Rowsfire App or Mobiflight. |
| Aircraft | 737 | A320 |
| Aviation category | Airliners | Airliners |
| Compatibility & connections | ||
| Supported simulators | Simulator compatibility: Not explicitly stated | Microsoft Flight Simulator: MSFS 2020 / 2024 X-Plane: X-Plane 12 |
| Connections | 16-pin connector: Rear 16-pin connector for wiring to an Arduino | USB: Rear USB via included Type-C cable |
| Software requirements | Mobiflight: Required or intended for operation with an Arduino-based interface | Rowsfire App: Supported; auto-detects the hardware and auto-loads configuration MobiFlight: Supported alternative; tutorials are provided |
| Physical requirements | Arduino: Arduino board required; not included Soldering: Assembly requires soldering the six-digit displays, dual encoder, and two tactile switches Backlight power: 12V DC required for backlighting Mounting screws: Four 4 mm-diameter mounting screws required for the complete DIY set; length is installation-dependent | USB connection: Requires a USB connection to the computer using the included Type-C cable |
| Hardware compatibility | Arduino: Designed for connection to an Arduino board | VESA mounting standard: 75 × 75 mm VESA mount pattern |
| Simulator add-on compatibility | Mobiflight: Intended software interface for the Arduino-connected panel | Fenix A320: Supported FlyByWire A32NX: Supported ToLiss A319/A320/A321: Supported FSLabs A321: Supported |
| Dimensions & details | ||
| Product dimensions | Not specified | Product dimensions: 21 × 10.5 × 3 cm |
| Product weight | Not specified | Product weight: 500 g |
| Additional factual details | Product type: DIY kit for a Boeing 737 VHF NAV panel Panel construction: Laser-engraved acrylic panel layers and purpose-built 3D-printed parts are described Power input: The unit may be powered from Arduino VCC/5V or an external supply; external power requires common grounds and correct polarity Panel Set option: Three painted and laser-engraved acrylic panels; 7-segment displays are not included PCB option: PCB supplied by itself; two 6-digit 7-segment displays and specified tactile switches are required separately PCB and electrical components option: Includes PCB, two digit displays, dual encoder, and two tactile switches Resin Knob Set option: Includes dual encoder knobs, TFR button, test button, and screen frames Complete DIY set: Described as including everything needed to build the complete unit except mounting screws Version: Version history lists version 5.1 with updated LEDs | Panel function: All-in-one RMP + ATC panel for radio management and transponder functions Edition: V3.1, backlit, with lighting synchronization Construction: Aluminum alloy frame, acrylic and electronic components; SMD PCB board Included item: One RMP + ATC panel and one Type-C cable Lighting: Adjustable and switchable synchronized lighting linked with aircraft models Warranty: 1-year warranty |