The Challenge
The pilot only sees what the camera sees.
The FPV pilot flies, navigates and observes simultaneously. Poor video causes simulator sickness and adds cognitive load. Mechanical stabilization is not an option. Conventional software adds latency – and on an FPV platform, every millisecond of processing delay costs the pilot reaction time they cannot spare.
The Solution
Drone Vision for FPV
Vidhance Drone Vision for FPV is a software vision layer that stabilizes the feed and extracts actionable information in real time – without adding mechanical components or reaction-critical latency. No proprietary processing unit, no cloud dependency, no network connectivity required. Fully operational in GPS-degraded and communications-denied environments.
01 – Precision Stabilization
Electronic Image Stabilization removes vibration, wind disturbance and platform movement from the video feed in real time. Zero frame latency – all processing completes within a single frame exposure, with no buffering. The pilot receives a stable image without the processing delay that reduces reaction speed.
Horizon Correction maintains correct image orientation through banked turns and aggressive maneuvers. The horizon stays level in the frame independent of platform attitude, without added hardware.
[CONFIRM: Kan Horizon Correction togglas per mission-fas – t.ex. stängas av på final approach för att ge piloten sann attitydkänsla? Om ja, hur beskriver vi det?]
Rolling Shutter Correction eliminates skew and frame distortion caused by sequential pixel exposure in high-vibration environments.
02 – Object Tracking
Moving Object Tracker locks onto any object in the frame. The pilot initiates the lock. From that point, the software maintains track through maneuver, partial occlusion and changing lighting – without continuous input. Attention that would go to maintaining visual contact goes to platform control instead.
03 – Aided Approach
Aided Approach locks onto a designated target and provides visual guidance through final approach. The pilot retains platform control. The software holds the target reference and compensates for platform movement, reducing the precision demand at the moment it is highest.
[STATUS: VÄNTA MED DETTA?]
[CONFIRM: Bekräfta hur det ska beskrivas externt.]
Platform
Runs on standard edge hardware
Runs on standard COTS edge hardware – Raspberry Pi, Qualcomm or NVIDIA Jetson. 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.
[CONFIRM: ITAR-fri status – kan vi bekräfta och kommunicera detta externt?
Integrate Drone Vision into your FPV platform
Tell us about your platform and we will show you what Vidhance Drone Vision can do.