The Solution
Vidhance Drone Vision for FPV
The FPV pilot flies, navigates and observes simultaneously. A shaky, degraded feed consumes cognitive bandwidth that should be spent on the mission. Conventional stabilization removes flight-critical motion cues, adds latency, or uses mechanical hardware that adds weight and failure points.
Vidhance Drone Vision for FPV processes the feed in real time, at subframe latency, on standard edge hardware. It runs entirely on the platform, without cloud, connectivity or mechanical components. Each pilot sets their own stabilization level, balancing image stability against the motion cues they need to feel the platform. Aided approach locks onto the target and holds it through final engagement, so the pilot can focus on flying.
01 – Vidhance Stabilization Suite
Pilot-Controlled Stabilization
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Experienced FPV pilots rely on motion cues in the feed to sense how the drone is behaving. Full stabilization removes that feedback, and too little causes fatigue. Vidhance lets each operator set their own level for EIS and Horizon Correction and adjust it in real time, matched to their flying style and mission demands.
The Vidhance Stabilization Suite covers three functions:
- Electronic Image Stabilization (EIS) removes vibration, wind and platform movement.
- Horizon Correction keeps the horizon level through banked turns and aggressive maneuvers, independent of platform attitude.
- Rolling Shutter Compensation eliminates skew and frame distortion in high-vibration environments.
Stable field of view through aggressive pitch maneuvers
02 – Pitch Compensation
[CORRECT DEMO VIDEO + IMAGE TBC]
FPV drones pitch aggressively by design – it is how they accelerate, brake and change altitude. Without compensation, every maneuver tilts the camera view and forces the operator to mentally correct for platform attitude rather than focus on the target.
Vidhance Pitch Compensation corrects this in software, maintaining a stable field of view through the full range of pitch maneuvers. The operator sees a level, consistent image regardless of what the platform is doing – with no mechanical stabilization and no added hardware.
03 – Aided Approach
Target lock through final approach
Designed to increase first-hit probability and reduce operator error in the last seconds of engagement.
Vidhance Aided Approach locks onto the designated target – fixed or moving – and holds it steady within the field of view. The stabilization level is calibrated to keep the target anchored while preserving the pilot’s sense of platform movement: firm enough to keep the target anchored, light enough that the pilot retains a clear sense of the drone’s own movement and direction. The crosshair guides the approach rather than just indicating position
Benefits
Operator Benefits
- Reduces cognitive load and motion sickness without removing flight-critical cues, so the operator stays focused on the mission
- Higher first-hit probability: stable video and aided approach combine to reduce operator error in the final seconds of engagement.
- Zero frame latency: No buffering or delay that limit reaction time.
System Benefits
- Lower hardware cost and reduced dependency on mechanical components
- Extended flight time through reduced weight and power draw
- Night and low-visibility operation without active sensors
- Less downtime from mechanical failure
Platform
Runs on standard edge hardware
Vidhance Drone Vision is a software layer that runs on standard COTS edge hardware, including Raspberry Pi, Qualcomm® and NVIDIA®. No proprietary processing unit, server or cloud dependency. All processing runs on the platform, without network connectivity, in GPS-degraded and communications-denied environments.
Proven in flagship smartphones and wearables at billion-device scale. In active deployment on drone platforms. Available as an SDK for drone manufacturers and system integrators, or as an integrated solution for direct procurement.
Integrate Drone Vision into your FPV platform
Tell us about your platform and we will show you what Vidhance Drone Vision can do.