UAVs for land boundary verification, REDD+ canopy surveys and forestry carbon mapping — from accessible entry-level options to multispectral research-grade systems.
UAVs have become standard tools for land boundary verification, REDD+ canopy surveys, forestry project mapping and vegetation condition monitoring. They significantly reduce the cost and time of aerial survey compared to manned aircraft, and produce high-resolution orthomosaics and digital elevation models that are accepted by Verra and Gold Standard verifiers.
Note: commercial UAV operation in most countries requires a pilot licence, registration and may require permits for specific survey areas. Check national CAA regulations before deployment. Many carbon project developers contract licensed drone operators rather than operating their own fleet.
The professional standard for carbon project aerial survey. Produces photogrammetry-grade imagery at 20MP with RTK positioning for sub-5cm accuracy in mapping mode — sufficient for Verra and Gold Standard boundary documentation. 45-minute flight time, hot-swappable batteries, and a tele zoom lens for canopy inspection without disturbing wildlife. Foldable and portable enough for remote sites.
RTK positioning produces orthomosaics with sub-5cm accuracy — meeting the highest GPS accuracy requirements in Verra REDD+ and IFM methodologies without ground control points, saving significant survey time.
Under 249g, which exempts it from registration in many countries under open category rules — significantly reducing the regulatory burden for occasional survey use. 4K/60fps camera, 34-minute flight time, omnidirectional obstacle avoidance. Good for site photography, boundary overview shots, and initial site assessment where photogrammetry-grade accuracy isn't required.
The registration exemption under 249g makes this far easier to deploy quickly on a project site — no aircraft registration or operational authorisation needed in most EU and UK open category scenarios. Check your country's specific rules.
When your project requires multispectral analysis for biomass estimation, vegetation health indices (NDVI, EVI) or carbon stock modelling, the Matrice 350 with a Micasense multispectral sensor is the industry standard. Produces the calibrated multispectral imagery that Verra's VM0010 and similar methodologies accept for activity data. Used by leading carbon project developers and forestry consultancies.
Multispectral data from calibrated sensors like the Altum-PT is increasingly accepted by Verra VVBs as activity data for biomass estimation, potentially reducing reliance on expensive manned airborne surveys or ground-based sampling.
Use our calculators to plan your project before you invest in field equipment.