Heavy-payload UAV
Lift-optimised multirotor platforms for transporting equipment, materials and large sensor packages.
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INNO UAV / Robots
Customized drones, UAVs and robotic systems for industrial and infrastructure applications — built when the mission profile falls outside what off-the-shelf hardware supports.
When the mission does not fit the catalogue.
Heavy-payload · Long-range · High-speed · Underwater · Remote environment
Overview
Systems designed around the task.
Commercial drones cover common missions well. The moment endurance, payload, depth, speed or environment moves past their envelope, the system has to be built for the job.
We start from the operating condition — not the airframe. What must it carry, how far, for how long, and in what conditions?
Mission-led design
Payload, endurance and environment define the configuration, not the other way round.
Sensor integration
LiDAR, thermal, multispectral, sonar and custom instrument packages fitted and calibrated.
Field serviceable
Built so that crews can maintain and repair the system where it operates.
Data pipeline included
Output flows straight into INNO GEO processing and platforms.
System types
Platforms we design and build.
Each class exists because a real field requirement pushed past what a standard platform could do.
Long-range UAV
Endurance-focused designs for corridor, pipeline and boundary missions well beyond visual range operations.
High-speed platforms
Fast-transit airframes for rapid response, large-area coverage and time-critical tasking.
Underwater systems
Submersible vehicles for dam, reservoir, canal, jetty and submerged-structure inspection.
Remote-environment platforms
Systems hardened for high altitude, extreme temperature, dust, humidity and salt exposure.
Ground & inspection robots
Crawlers and remote units for confined spaces, tanks, ducts and areas unsafe for personnel.
Development
From requirement to a system in the field.
A custom build succeeds or fails at the specification stage, so that is where we spend the most time with you.
PHASE 01
Requirement study
Mission profile, payload, environment, endurance and regulatory context defined together.
PHASE 02
Design & configuration
Airframe or chassis, propulsion, power budget, avionics and sensor integration worked out.
PHASE 03
Build & bench testing
Assembly, instrumentation, calibration and controlled testing against the specification.
PHASE 04
Field trial & handover
On-site validation, operator training, documentation and ongoing support.
Payload integration
The sensor is the point of the aircraft.
Platforms are configured around the instrument they have to carry and keep stable.
LiDAR
IR
MSI
SONAR
What we integrate
Instruments, control and data together.
- LiDAR scanners with IMU and GNSS positioning for survey-grade capture
- Thermal and high-resolution visual cameras on stabilised gimbals
- Multispectral sensors for agriculture, forestry and vegetation studies
- Sonar and sub-surface instruments for underwater platforms
- Telemetry, tracking and mission-control links suited to the operating range
- Direct data handoff into INNO GEO processing and INNO MAPPER delivery
Have a mission no standard platform covers?
Describe the operating condition and the payload. We will tell you what it would take to build for it.