Mosaic X: 360º camera for 3D modelling and mapping
Mosaic X is a purposely-built, top quality mapping camera that allows accurate 3D reconstruction and coloring of point clouds
Supported by: EIT Urban Mobility
Product Details
Designed and built from the ground up to quickly capture image data and create 360° and 3D images, faster than any other solution. Ideal for photogrammetry, 3D modelling and mapping!
- Global shutter sensors
- 6 x 12MP sensors / Full pano 78 MP
- 13K Resolution
- Onboard GNSS
- Sealed, water and dust-resistant housing
- Protected lens, easily replace lens covers when scratched
- Max 10 FPS
- Excellent data capture in tunnels
- Easy to manage (1 driver with almost no training)
- No need for computer in a vehicle
- Integrate with additional devices
All Mosaic cameras:
- Deliver exceptional quality photorealistic street-level image 360º data
- Reliably operate in harsh weather (Temp: -10º - 45°) & climate conditions (Humidity Range of 0-100%)
- Come non-vendor locked, so users can choose the software solution that fits their needs
- Are capable of integrating with external sensors (IMUs, GNSS, LiDAR, etc.)
Designed and built from the ground up to quickly capture image data and create 360° and 3D images, faster than any other solution. Ideal for photogrammetry, 3D modelling and mapping!
- Global shutter sensors
- 6 x 12MP sensors / Full pano 78 MP
- 13K Resolution
- Onboard GNSS
- Sealed, water and dust-resistant housing
- Protected lens, easily replace lens covers when scratched
- Max 10 FPS
- Excellent data capture in tunnels
- Easy to manage (1 driver with almost no training)
- No need for computer in a vehicle
- Integrate with additional devices
All Mosaic cameras:
- Deliver exceptional quality photorealistic street-level image 360º data
- Reliably operate in harsh weather (Temp: -10º - 45°) & climate conditions (Humidity Range of 0-100%)
- Come non-vendor locked, so users can choose the software solution that fits their needs
- Are capable of integrating with external sensors (IMUs, GNSS, LiDAR, etc.)
