ROCK Ultra — Plan simpler. Fly higher. Map faster.

Experience the ROCK Ultra in action during our Demo Tour in Beaumont, Texas, capturing farmland slated for rail depot expansion. The diverse terrain—cleared areas, embankments, and vegetation—showcased Ultra’s ability to fly higher, cover more ground, and maintain survey-grade accuracy. The result was a dense, ground-classified point cloud with clean contours and canopy penetration revealing hidden features—all with fewer batteries and less field time. Compared to traditional surveys or older LiDAR systems, Ultra mapped 200–300 acres in about an hour using just two batteries, delivering complete, trustworthy results faster, simpler, and more efficient than ever.

Dataset Highlights:
Collected By: Drew Disney / Top Flight DSP
→ Job Site:
→ Total Area: 300 Acres
Flight Height: ~120 meter (400 ft AGL)
Flight Speed: ~5 m/s (conservative setting)
Capture Area: ~300 acres (200 acres of data used by client)
Flight Duration: ~1 hour (2 battery sets, 3rd unused)
Site Conditions: Cleared farmland + berms, embankments, drainage features, light vegetation
Deliverables: Ground-classified point cloud, surface model, contours

Explore Ultra:
🎥 Watch the Video
📖 Read the Case Study Article
ℹ️ Learn more about the Ultra
💬 Talk to a ROCK LiDAR expert

keyboard_arrow_down keyboard_arrow_up
Total Acreage:
315 Acres
Defined CRS
Horizontal
WGS 84 / UTM zone 15N
EPSG:
32615
Unit:
m
WGS 84 / UTM zone 15N (6060)
Vertical
Ellipsoid
Unit:
m
Ellipsoid (6454)
Reprojection
Horizontal
NAD83(2011) / Texas South Central (ftUS)
EPSG:
6588
Unit:
ft
NAD83(2011) / Texas South Central (ftUS) (3483)
Vertical
NAVD88 height (geoid18) (ftUS)
EPSG:
6360
Unit:
ft
NAVD88 height (geoid18) (ftUS) (6497)
chevron_left chevron_right