NB One 32-Bit Flight Controller with 6-Axis Gyro and Barometric Altitude Hold for FPV RC Fixed-Wing Aircraft - Self-Stabilising, Manual, and Altitude Hold Modes for Beginner and Experienced Pilots
The NB One is a 32-bit fixed-wing flight controller built around a high-precision barometric pressure sensor and a 6-axis MEMS sensor suite, providing self-stabilising attitude correction, barometric altitude hold, and manual flight mode capability in a compact, lightweight package purpose-designed for FPV RC fixed-wing aircraft. As the base model in the NB One series, it shares the core 32-bit processor, 6-axis sensor, and barometric altitude hold architecture of the NB One+ while offering a straightforward, accessible entry point for fixed-wing pilots whose build requirements do not extend to GPS module integration or the expanded wing-type and receiver protocol coverage of the Plus variant. The 32-bit processor provides the computation headroom required for simultaneous barometric altitude sensing and 6-axis attitude stabilisation, delivering more reliable and responsive stabilisation performance than 8-bit fixed-wing controllers in the same size and weight class.
The barometric altitude hold mode is the defining operational feature of the NB One for both beginner and experienced fixed-wing pilots. Using the onboard high-precision barometer to measure and maintain a target altitude independent of GPS signal availability, the altitude hold mode releases the pilot from continuous throttle management during cruise phases and provides a stable, consistent flight altitude reference in environments where GPS altitude hold would be unreliable or unavailable. For beginner pilots in particular, the combination of self-stabilising mode attitude correction and barometric altitude hold significantly reduces the simultaneous control inputs required to maintain safe, controlled flight, lowering the skill threshold for first fixed-wing solo flights. PPM, PCM, and 2.4GHz receiver compatibility ensures straightforward integration with the broad range of RC transmitter and receiver systems in active use across the hobby market without requiring protocol converters or receiver replacements in existing builds.
Key Features
- 32-Bit Processor: 32-bit MCU for reliable simultaneous barometric altitude hold and 6-axis attitude stabilisation performance beyond 8-bit fixed-wing controller alternatives
- 6-Axis MEMS Sensor: High-precision combined 3-axis gyroscope and 3-axis accelerometer for accurate attitude sensing across the full fixed-wing flight dynamic range
- Barometric Altitude Hold Mode: Onboard high-precision barometer measures and maintains target altitude independently of GPS signal quality or availability
- 3 Flight Modes: Self-stabilising mode, manual mode, and altitude hold mode for graduated pilot assistance from fully manual to barometer-stabilised altitude hold
- Self-Stabilising Mode: Automatic attitude correction and levelling for beginner-safe flight with roll, pitch, and yaw disturbance rejection
- Manual Mode: All gyroscope and stabilisation functionality disabled for fully pilot-directed manual flight control without flight controller intervention
- Altitude Hold Mode: Barometric altitude hold maintains flight altitude automatically, releasing the pilot from continuous throttle management during cruise phases
- Beginner-Optimised Design: Easy-to-operate setup and safe flight characteristics specifically recommended for novice RC fixed-wing pilots
- Receiver Compatibility: PPM, PCM, and 2.4GHz receiver support for broad transmitter system integration without protocol adapters or receiver replacement
- Compact and Lightweight: Space and weight-efficient form factor for minimal airframe installation impact across FPV fixed-wing builds
Applications
- Beginner RC fixed-wing FPV pilots requiring self-stabilising mode attitude correction and barometric altitude hold for safer, more manageable first solo flights
- Experienced RC fixed-wing pilots requiring a compact 32-bit barometric altitude hold controller with manual mode for fully pilot-directed flight phases
- FPV fixed-wing aircraft builds where barometric altitude hold without GPS dependency is sufficient for the intended cruise and training flight profile
- PPM, PCM, and 2.4GHz receiver-equipped RC fixed-wing aircraft requiring a compatible 3-mode gyro stabiliser with barometric altitude hold
- RC fixed-wing pilots seeking a straightforward, accessible entry-level 32-bit flight controller without GPS module or expanded wing-type configuration complexity
- FPV fixed-wing training builds where the combination of self-stabilising mode and altitude hold substantially reduces the simultaneous control inputs required for safe flight.
Package Includes:
- 1xNB One 32 Bit Flight Controller
