Power Corridor Mapping with Air-Ground LiDAR | aervimo
Reported >2,000 points/m² density, multi-echo LiDAR penetrating corridor vegetation, and offline air-ground capture that cuts re-mobilization. Ask aervimo.
Articles and buying guides
GPS-Denied Navigation Field Acceptance at 120 m | aervimo
Reported 9.8 m median deviation at 120 m altitude over a 740-frame closed-loop trial, plus a 5-step GPS-denied navigation acceptance protocol. Scope your test.
Pure UAV Aerial Survey vs Air-Ground Mapping | aervimo
Reported >2000 points/m² LiDAR density and ≤2 cm horizontal accuracy vs pure UAV photogrammetry — what it means for L3/L4 HD map extraction. Compare the data.
Map-Referenced Positioning: 740-Frame Field Trial | aervimo
Reported 9.8 m median deviation at 120 m altitude across a 740-frame closed-loop trial — map-referenced positioning for GNSS-denied drones. See the field data.
Urban Canyon Mapping: One-Pass Facade Coverage | aervimo
Reported ≤2 cm horizontal and ≤3 cm elevation accuracy from coordinated vehicle-drone capture that closes facade and rooftop blind spots in one pass. See specs.
RK3588 NPU Inference Speed for Visual Nav | aervimo
Profile-reported: 0.23 s per frame on a Rockchip RK3588 prototype, with NPU quantization underway — how ZhiTu VisNav bounds drift when GNSS is denied. See how.
RIEGL Mobile LiDAR: Sub-2cm Air-Ground Mapping | aervimo
AG-RMS pairs RIEGL VUX-1HA-22 lidar, FLIR Ladybug 5+ and Trimble AP+60 on one rig — reported ≤2 cm accuracy, >2000 pts/m², gaps closed on site. See how.
False-Match Rejection for GNSS-Denied Drones | aervimo
Profile-reported: dual quality gates rejected false fixes up to 430 m, 100% reacquisition after map exit, 9.8 m median error at 120 m. Request trial data.
Offline Mapping Without Internet: Field Guide | aervimo
How offline field mapping works without public internet: encrypted in-vehicle LAN, live coverage checks and what to verify before deployment.
What Is Air-Ground Collaborative Mapping? A Practical Guide for Survey Teams
Air-ground collaborative mapping synchronizes drone and ground-vehicle capture in one workflow. Learn how it works, where it wins, and how to deploy it.
Air–Ground Real-Time Mapping System: A Procurement Guide for Survey Teams
Procurement guide for integrated air-ground mapping systems. Learn how to evaluate UAV-vehicle coordination, real-time sync, coverage-gap workflows, and field a
How to Define Field Acceptance for Road and Utility Corridor Mapping
A practical air-ground LiDAR acceptance framework for road and utility corridors, covering coverage, checkpoints, changing conditions, recapture and handover ev