Our approach allows communities to participate in drone-based habitat restoration, using custom-built drones that can be deployed for site analysis or MRV throughout the year. Our 3D printed mechanical rigging is at the core of our solution.

Utilised for long range (30 to 40 km) environmental mapping and monitoring. Includes LIDAR, autolanding, PingRx and 900 tvl HD camera on a pan and tilt

So that we could take the best quality underwater 360 imagery which can be utilsed for underwater mapping, species monitoring and communication materials, in the most cost efficient way, we created an upscaled 6 GoPro, 360 rig made from non corrosive materials and 6 domes

A major barrier to blue carbon implementation is the validation of habitat mapping and the services that these ecosystems provide. We developed this rig as a low cost, low tech, easily built and maintained rig so that mapping and its ancillary data would be a viable option for communities. We are currently in phase 2 of its final build

Utilised for long range environmental mapping and monitoring. Includes LIDAR, autolanding, PingRx and 2 cameras (one flight camera on a gimble and one downward facing)

Kites have been utilized since the 1800’s. We are once again promoting their use when low cost solutions are needed, the environmental conditions are severe, transport is restricted or drone permissions are restrictive. We are self-engineering rig for different cameras to take a wide array of analysis such as Lidar, thermal and NDVI

So that we could take the best quality underwater 360 imagery which can be utilsed for underwater mapping, species monitoring and communication materials as well as general diving and snorkeling imagery, in the most cost efficient way, we created a 360 rigs for action cameras made from non corrosive materials and domes

Paramotoring has been identified by several stakeholders as a possible avenue for low cost species and habitat monitoring. We are in beta testing of a rig created to support the 360 camera whilst in air