FlySpark N200M GPS-Free VIO Navigation Module | AI Visual-Inertial Navigation Camera for UAV, FPV Drone & GPS-Denied Flight

A: FlySpark N200M is a Visual-Inertial Odometry navigation module for drones. It helps UAVs maintain positioning, hover and navigation behavior without relying on GPS signals.

A: The listed price is £1,620 for the standard N200M GPS-Free VIO Navigation Module.

A: VIO stands for Visual-Inertial Odometry. It estimates motion by combining visual camera information with inertial sensor data.

A: The purpose is to support GPS-free drone navigation, stable hover, takeoff, landing and route-following behavior in GPS-denied or GPS-degraded environments.

A: No. It is designed to operate without depending on GPS for local visual-inertial positioning.

A: Yes, the module is designed for GPS-denied and interference-prone environments because it uses visual-inertial navigation rather than satellite positioning.

A: It can improve resilience against GPS spoofing because the local navigation solution is based on visual and inertial sensing instead of trusting spoofed GNSS coordinates.

A: No. It is designed for map-free navigation and can operate in unfamiliar areas using ground texture and sensor fusion.

A: The system uses visual camera sensing, IMU/inertial data, flight-controller attitude data and laser ranging / LiDAR-based height support.

A: Yes. It uses AI visual navigation with a camera-based visual sensing workflow.

A: The listed flight altitude range is 30m–200m.

A: The listed maximum flight speed is 15m/s.

A: The listed navigation accuracy is ≤5%, depending on environment and installation conditions.

A: The navigation output frequency is 30Hz.

A: PX4 and APM flight controllers are listed as supported.

A: It uses MAVLink output protocol.

A: It uses UART TTL 3.3V communication.

A: The listed input voltage is 12V.

A: The listed power consumption is 7W.

A: The module dimensions are 92mm × 62mm × 37.3mm.

A: The module weight is 128g.

A: The listed operating note says night scene is not supported yet. It is best used where the camera can clearly see ground texture.

A: Ground with visible texture, contrast and identifiable visual features gives the best performance.

A: Featureless surfaces, water, snow, plain sand, darkness, heavy dust, fog, glare or visually uniform terrain can reduce performance.

A: No. It is a navigation module / drone component for integration into a compatible UAV platform.

A: Yes. It can be used with compatible FPV drone platforms where flight-controller integration, mounting and power requirements are satisfied.

A: Yes. It is suitable for inspection, monitoring, R&D and GPS-resilient UAV platforms.

A: Yes, only under lawful and authorized use. It can support navigation resilience where GPS/GNSS signals are unreliable.

A: It supports GPS-free local navigation and positioning behavior, but it should not be treated as a universal replacement for all global coordinate navigation use cases.

A: Proper installation, flight-controller configuration, vibration control and test flights are required. Site-specific testing is recommended.

A: It can support route-following behavior through compatible flight-controller configuration, but final performance depends on autopilot setup and flight mode.

A: It can support GPS-free navigation workflows, but exact return behavior depends on flight-controller configuration, mission setup and integration method.

A: It uses standard MAVLink interfaces and is designed for quick integration with supported UAV platforms, but professional setup and validation are still recommended.

A: It does not depend on satellite signals for local positioning. It uses visual frame changes, inertial data and laser ranging to estimate motion and support stable flight.

A: It requires visible ground texture, proper lighting, stable mounting, compatible flight controller and correct configuration. Night scene is not supported yet.

A: It may support GPS-free positioning concepts where visual features and altitude requirements are suitable, but the listed altitude range is 30m–200m, so final suitability depends on the actual flight environment.

A: No. It is a navigation sensing module and does not function as an RF transmitter or jammer.

A: No. It is a GPS-free visual-inertial navigation module. It does not jam or spoof GPS.

A: Standard package scope depends on supply configuration, but the key product is the FlySpark N200M navigation module with integration support as required.

A: Yes. FlySpark / AnuShakti Infotech Pvt. Ltd. can provide integration support for approved projects.

A: Users must follow aviation rules, site permissions, privacy rules and safe UAV operating procedures. It must not be used for unlawful surveillance, unsafe autonomous flight or harmful operations.

A: Warranty support is 1 Year for manufacturing defects under approved integration and normal operating conditions. Damage from wrong power input, crash, vibration damage, water ingress, overheating, unauthorized modification or misuse may not be covered.