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

FlySpark N200M GPS-Free VIO Navigation Module | AI Visual-Inertial Navigation for UAVs

The FlySpark N200M GPS-Free VIO Navigation Module is an AI visual-inertial navigation system designed for UAVs, FPV drones, industrial drones and R&D platforms that need stable navigation when GPS/GNSS is unavailable, jammed, spoofed, blocked or unreliable. Using Visual-Inertial Odometry, the module combines downward visual sensing, IMU-based motion data, flight-controller attitude data and laser ranging to estimate drone motion and maintain positioning without depending on satellite signals.

N200M is built for GPS-free takeoff, landing, stable hover, route following and navigation support in unfamiliar environments without preloaded maps. It analyzes visual frame changes and ground texture in real time, fuses inertial data and outputs navigation information through MAVLink for compatible PX4 / APM flight controllers.

The module supports 30m–200m flight altitude, up to 15m/s flight speed, 30Hz output frequency, ≤5% listed navigation accuracy, UART TTL 3.3V communication, 12V input, 7W power consumption, 92mm × 62mm × 37.3mm dimensions and 128g weight. It is suitable for professional UAV integration where reliable GPS-free hover, visual positioning and navigation resilience are required.

• PRODUCT POSITIONING:
• AI GPS-Free Drone Navigation Module:
• • Visual-Inertial Odometry navigation module
• • Designed for GPS-denied and GNSS-challenged drone operation
• • Supports GPS-free takeoff, landing and stable hover
• • Enables route-following support without relying on satellite positioning
• • Uses AI visual navigation and inertial data fusion
• • Uses camera + IMU + LiDAR / laser ranging workflow
• • No preloaded maps required
• • Compatible with PX4 / APM flight controllers
• • MAVLink output protocol
• • Lightweight 128g module
• • 30Hz navigation output
• • Designed for UAV, FPV drone, industrial drone and R&D integration

• Core Value:
• • Keeps drone stable when GPS is unavailable
• • Improves navigation reliability in interference-prone environments
• • Reduces dependency on satellite signals
• • Supports visual positioning using ground texture
• • Helps maintain hover and route behavior in GPS-denied zones
• • Works as a plug-and-fly navigation upgrade for supported flight controllers
• • Provides a compact, low-power navigation layer for custom UAV platforms

• BEST USE CASES:
• • GPS-denied UAV navigation
• • FPV drone GPS-free hover support
• • UAV route following without satellite lock
• • Industrial inspection drones
• • Defense and security UAV platforms under lawful use
• • Drone R&D and flight-control testing
• • Indoor/outdoor transition research where GPS is weak
• • Infrastructure inspection where GNSS is unreliable
• • Mountain, valley, urban canyon or under-interference flight testing
• • Anti-jamming navigation resilience testing
• • Autonomous drone development
• • Mapping and surveying support where GPS signal is unstable
• • Training and educational UAV navigation labs

IMPORTANT USE NOTE: This is a drone navigation component intended for lawful UAV operation, professional integration, R&D, inspection, security, industrial and authorized defense use. It must not be used for unlawful surveillance, unsafe autonomous operation, weaponization, privacy violation or aviation-rule violations. Drone operation must follow DGCA/local aviation rules, site permissions, privacy regulations, RF regulations and safe operator procedures. Performance depends on ground texture, lighting, altitude, vibration, flight speed, camera visibility, calibration and flight-controller integration.

FREQUENTLY ASKED QUESTIONS:

Q: What is the FlySpark N200M GPS-Free VIO Navigation Module? 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.

• Q: What is the price of FlySpark N200M?
• A: The listed price is ₹1,98,000 for the standard N200M GPS-Free VIO Navigation Module.

• Q: What does VIO mean?
• A: VIO stands for Visual-Inertial Odometry. It estimates motion by combining visual camera information with inertial sensor data.

• Q: What is the purpose of this module?
• 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.

• Q: Does this module need GPS?
• A: No. It is designed to operate without depending on GPS for local visual-inertial positioning.

• Q: Can it work when GPS is jammed?
• A: Yes, the module is designed for GPS-denied and interference-prone environments because it uses visual-inertial navigation rather than satellite positioning.

Q: Can it work when GPS is spoofed? 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.

• Q: Does it require preloaded maps?
• A: No. It is designed for map-free navigation and can operate in unfamiliar areas using ground texture and sensor fusion.

• Q: What sensors are used?
• A: The system uses visual camera sensing, IMU/inertial data, flight-controller attitude data and laser ranging / LiDAR-based height support.

• Q: Does it include an AI camera?
• A: Yes. It uses AI visual navigation with a camera-based visual sensing workflow.

• Q: What flight altitude is supported?
• A: The listed flight altitude range is 30m–200m.

• Q: What is the maximum supported flight speed?
• A: The listed maximum flight speed is 15m/s.

• Q: What is the listed navigation accuracy?
• A: The listed navigation accuracy is ≤5%, depending on environment and installation conditions.

• Q: What is the output frequency?
• A: The navigation output frequency is 30Hz.

• Q: What flight controllers are supported?
• A: PX4 and APM flight controllers are listed as supported.

• Q: What output protocol does it use?
• A: It uses MAVLink output protocol.

• Q: What communication interface does it use?
• A: It uses UART TTL 3.3V communication.

• Q: What input voltage is required?
• A: The listed input voltage is 12V.

• Q: What is the power consumption?
• A: The listed power consumption is 7W.

• Q: What are the module dimensions?
• A: The module dimensions are 92mm × 62mm × 37.3mm.

• Q: What is the module weight?
• A: The module weight is 128g.

• Q: Does it support night operation?
• A: The listed operating note says night scene is not supported yet. It is best used where the camera can clearly see ground texture.

• Q: What type of ground is best for performance?
• A: Ground with visible texture, contrast and identifiable visual features gives the best performance.

• Q: What type of ground can reduce performance?
• A: Featureless surfaces, water, snow, plain sand, darkness, heavy dust, fog, glare or visually uniform terrain can reduce performance.

• Q: Is this a complete drone?
• A: No. It is a navigation module / drone component for integration into a compatible UAV platform.

• Q: Is it suitable for FPV drones?
• A: Yes. It can be used with compatible FPV drone platforms where flight-controller integration, mounting and power requirements are satisfied.

• Q: Is it suitable for industrial drones?
• A: Yes. It is suitable for inspection, monitoring, R&D and GPS-resilient UAV platforms.

• Q: Is it suitable for defense and security drones?
• A: Yes, only under lawful and authorized use. It can support navigation resilience where GPS/GNSS signals are unreliable.

Q: Does it replace all GPS functions? 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.

• Q: Does it need calibration?
• A: Proper installation, flight-controller configuration, vibration control and test flights are required. Site-specific testing is recommended.

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

• Q: Can it help with return-to-home without GPS?
• A: It can support GPS-free navigation workflows, but exact return behavior depends on flight-controller configuration, mission setup and integration method.

Q: Is it plug-and-fly? A: It uses standard MAVLink interfaces and is designed for quick integration with supported UAV platforms, but professional setup and validation are still recommended.

Q: What makes it useful in GPS-denied environments? 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.

Q: What are the main limitations? A: It requires visible ground texture, proper lighting, stable mounting, compatible flight controller and correct configuration. Night scene is not supported yet.

Q: Can it be used indoors? 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.

• Q: Does it transmit RF?
• A: No. It is a navigation sensing module and does not function as an RF transmitter or jammer.

• Q: Is it a GPS jammer or GPS spoofer?
• A: No. It is a GPS-free visual-inertial navigation module. It does not jam or spoof GPS.

• Q: What is included in the standard package?
• A: Standard package scope depends on supply configuration, but the key product is the FlySpark N200M navigation module with integration support as required.

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

Q: What legal precautions are required? 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.

Q: What warranty is included? 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.