Kanardia INDU Combo ASI/ALT/VSI 2-1/4″ Master
The Kanardia INDU Combo Master is a compact 3‑in‑1 electronic flight instrument combining airspeed indication (ASI), altimeter (ALT), and vertical speed indicator (VSI) in a standard 2-1/4″ (57 mm) round panel format.
Designed for light sport, microlight, gyroplane, and ultralight aircraft, the INDU Combo Master delivers the familiar look of classic analogue instruments while benefiting from modern digital sensor accuracy and system integration.
Key Features:
- 3‑in‑1 Flight Instrument: Combines airspeed, altitude, and vertical speed in a single unit
- Master Unit: Operates independently and can serve as a data source for other Kanardia instruments
- 2-1/4″ (57 mm) Panel Size: Fits standard aircraft instrument cut‑outs
- Analogue-Style Presentation: Large 230° linear scale with a central colour LCD display
- Custom Scale Design: Each unit is supplied with a custom‑configured scale specified at time of order
- High‑Precision Sensors:
- Electronic barometric sensor for altitude and vertical speed
- Electronic differential pressure sensor for airspeed
- QNH Adjustment: Front-mounted rotary control for fast barometric pressure setting
- Integrated CAN Bus: Outputs airspeed, altitude, and vertical speed data for use by other Kanardia avionics
- Lightweight Construction: Approximate weight of 210 g
Display & Operation
- Analogue needle-style scale for immediate situational awareness
- Colour LCD display shows altitude, vertical speed, and QNH
- Optimised for excellent readability in all lighting conditions
Installation
- Connects to pitot (total) pressure for airspeed measurement
- Connects to static pressure for altitude and vertical speed
- Designed for panel mounting with vibration isolation (recommended)
Typical Applications
- Kit-built aircraft
- Light sport and microlight aircraft
- Gyroplanes and gliders
- Modern analogue-digital hybrid panels
Why Choose the INDU Combo Master?
The Kanardia INDU Combo ASI/ALT/VSI Master is ideal for pilots and builders who want to save panel space, reduce system complexity, and retain classic instrument readability—while gaining the accuracy, flexibility, and connectivity of modern electronic avionics.
