CDSpace develops survey-grade VTOL drones equipped with a dual-frequency RTK/PPK GNSS system for high-precision aerial mapping, achieving an accuracy of less than 10 cm in X/Y coordinates. These drones address the need for efficient and reliable logistics in healthcare and various industries, enabling extensive area coverage and superior mapping capabilities in challenging environments.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional aerial mapping methods can be time-consuming and less precise, especially in challenging terrains or extensive areas, requiring significant manual effort and specialized equipment. Existing solutions may lack the necessary accuracy for detailed surveying and monitoring in industries such as mining, construction, and disaster management.
Solution
CDSpace develops survey-grade VTOL drones equipped with a dual-frequency RTK/PPK GNSS system, enabling high-precision aerial mapping with accuracy down to less than 10 cm in X/Y coordinates and 20 cm in Z. These drones facilitate efficient and reliable data acquisition across various industries, offering extensive area coverage and superior mapping capabilities even in difficult environments. The SNAP-M drone is DGCA type certified and Survey of India qualified, ensuring compliance and reliability for critical applications.
Target Audience
The primary target audience includes professionals in mine planning, construction management, railway inspection, smart city planning, disaster assistance, terrain mapping, irrigation survey, and forest monitoring.
Features
- Dual-frequency RTK/PPK GNSS system supporting L1, L2, G1, and G2 bands for enhanced positioning accuracy
- Compatibility with GPS, GLONASS, and Galileo constellations
- Flight endurance of over 50 minutes for maximum area coverage
- Wind resistance exceeding 8 m/s for stable operation in adverse weather conditions
- Lightweight design at 2.7 kg for portability and ease of use
- Takeoff altitude capability of 5000 m AMSL
- AES 128-bit encryption for secure communication links
- Failsafe features including return-to-home functionality for low battery, communication loss, and geofence/altitude breaches