Earlier this year, Dirk Gorissen, a longtime supporter and advisor of the Smartparks, Foundation, completed a successful trial with the proposed technology.
The objective was to aerially monitor the tracking chips which IAR vets subcutaneously inserted in orangutan’s necks, when first released back into the wild.
The established orangutan tracking method is extremely labour-intensive, with trackers needed to locate the animals by foot, while using hand-held aerials and receivers. GPS devices are often inefficient due to their dense canopy cover, their size which is too large for subcutaneous purposes, or their batteries which have unsufficient battery life for long-term use. We therefore recognised that a new method was needed to cost-effectively track more animals over larger areas.
After a great deal of testing Dirk built a system that worked in the field. The success of our technology solution has been proven and has led to the development of fully operational UAS (Unmanned Aerial System) to cover large areas and locate more orangutans.
Aerial drone tracking is never going to replace the need for rangers and volunteers on the ground. This technology does allow them to work more effectively and enables them to protect more critically endangered animals.
Here you can find International Animal Rescue’s report of Dirk’s work.
Financial and Timeline
Stage 1. Field testing and proof of concept. Funded and completed.
Stage 2. Extended operational deployment, March 2017 – Jan 2018
- Tracking multiple orangutans with multi-rotor UAV
- The reception of data of orangutan locations ‘on the day’
- Training Key Ranger to fly and maintain equipment
- UAV to cover extended areas (up to 1 kilometer from the base)
- UAV to have extended endurance over stage 1. (15mins++)
- 2 UAS (2 x UAV and systems)
Stage 3. Fully operational deployment with multi-rotor UAV and testing of fixed-wing UAV, January 2018 onwards.
- Full coverage of the park for orangutan tracking (up to 100 animals)
- Permanent and continuous solution
- Utilisation of fixed-wing UAS solution
- Integration of ‘real time’ data capture
- Mobile App-based tracking to smart phone
- Training of rangers on multi-rotor UAS systems
- Training Key Ranger to fly fixed-wing aircraft
- Adapt solutions for different animal tracking (rhino, gorilla etc.)