Our drone mapping solutions offer accurate, fast aerial topographic surveys suitable for all types of terrain.
Innotech-drone designs a customised configuration for you, based on your objectives, your environment and the constraints of your mission.
We integrate a wide range of sensors (RGB, multispectral, hyperspectral, LiDAR, …) from accessible equipment to the most high-end systems.
From 61 to 125 megapixels, our drones are equipped with the best photogrammetric sensors on the market
A tool customised by our experts, adapted to the constraints of each terrain
Full support for the tool, on-site training in your operating conditions
Topographic surveys, orthophotos, DTM/DSM for development projects, civil engineering and infrastructure
Mapping of urban or rural areas, monitoring of building developments, support for territorial planning
Forest mapping, land use analysis, detection of environmental changes
Our Skycross VTOL series are designed to quickly map large areas with precision and reliability, regardless of the environment.
Each model can be customised with a wide range of sensors (RGB, multispectral, LiDAR, thermal, …) to suit your needs in the field.
VTOL models designed to quickly cover large areas, ideal for geomatics applications requiring precision and efficiency over large areas.
Long-lasting endurance
up to 3 hours of flight time
Vertical take-off and landing aircraft
flexibility of use in restricted areas
Integrated RTK/PPK
positioning accuracy up to 1 cm
Multi-sensor integration
compatible with RGB, multispectral, hyperspectral, thermal and LiDAR cameras for maximum versatility
Ultra-lightweight EPP model, ideal for cost-effective missions. Despite its low weight, it offers 2 hours of battery life and can carry a 61 MP Sony ILX-LR1 camera.
An excellent compromise between performance and cost, perfect for high-resolution surveys.
Professional CE certified and class C6 composite drone with a robust design. Features embedded intelligence for complex autonomous missions.
It is the ultimate versatile platform, suitable for all types of mapping and sensors.
Designed for heavy payloads, it can carry up to 8 kg of sensors (LiDAR, multi-cameras, specialised probes, etc.).
The ideal choice for the most demanding missions in terms of payload, precision or combined sensors.
High-resolution images for orthophotos, plans and accurate 3D models
Multi-angle view for detailed 3D modelling of buildings and urban environments
Detailed analysis of soils, crops, forests, or polluted areas using spectral data
Ultra-precise relief measurement, even under dense vegetation, for DTM and volumetric calculations
Draw your mission area directly in our flight software
The drone performs the mission autonomously and captures accurate data
Retrieve images from an SD card or via our cloud solution
Transform data into usable orthophotos, 3D models or contour lines
Innotech-drone trains you in the use of drones and their sensors, from commissioning to processing and standardising the data collected. We accompany you in the field to guide you during your first mission.
n steep, densely forested terrain, conventional photogrammetry is blind beneath the canopy. The Skycross automatically adapts its altitude to the relief and penetrates vegetation using the YellowScan LiDAR, delivering a complete, centimeter-accurate digital terrain model.
The client in the Philippines needed to complete a full topographic survey of an extremely rugged and densely forested area. Two obstacles made the mission unachievable with conventional methods: the tropical vegetation cover blocked any reliable camera-based acquisition, and flying at low altitude through unpredictable terrain exposed any human crew to unacceptable risk. Innotech drone deployed its long-endurance VTOL platforms equipped with YellowScan LiDAR and automatic Terrain Following to deliver what no one else could produce on this site.
The YellowScan LiDAR emits hundreds of thousands of laser pulses per second. Unlike a camera, the laser passes through gaps in the vegetation and reaches the bare earth, even beneath dense tropical forest. The result: a complete, seamless, centimeter-accurate digital terrain model, deliverable directly to geomatics teams with no additional processing.
In mountainous terrain, maintaining a constant altitude degrades data density and puts the platform at risk. Terrain Following adapts the drone’s altitude to the relief in real time, ensuring consistent acquisition across the entire flight path. The integrated RTK/PPK positioning eliminates virtually all ground control points: surveyors no longer need to access dangerous areas to place GCPs (ground control points).
An equivalent mission by manned helicopter in mountainous terrain costs several times the price of a VTOL mission, when it is technically feasible at all. Eliminating GCPs significantly reduces field days and associated costs. Local teams trained on-site run subsequent missions in-house: the return on investment improves with every flight.
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