The Accessores Kit is a versatile field-ready accessory bundle designed for use with Emlid Reach GNSS receivers, providing surveyors, precision agriculture professionals, and GIS technicians with both fixed-position and mobile data collection solutions in a single package.
What’s Included
- Aluminum Survey Tripod
- Stable platform for static observations, base station setups, and control point collection.
- Adjustable legs with secure locking mechanisms for uneven terrain.
- Compatible with standard survey tribrachs and Emlid receiver mounting accessories.
- Includes a 0.15M extension pole for use with radio antennas.
- Emlid quick attach mount for model year 2026 recievers.
- Aluminum Monopod (Survey Pole)
- Lightweight and durable for RTK rover operations.
- Graduated height marking for accurate antenna height measurements.
- Has a built-in mobile device holder with level.
- Suitable for boundary surveys, asset mapping, topographic collection, drainage surveys, and ground control point collection.
Key Benefits
- Dual-Purpose Solution: Use the tripod for establishing a stable base station and the monopod for rover data collection without purchasing separate kits.
- Emlid Compatible: Supports Reach RS2+, RS3, RX, RX2, RS4, RS4Pro, and other Emlid receiver configurations with appropriate mounting adapters.
- Field Efficiency: Transport one bundled kit to quickly switch between static and RTK survey workflows.
- Durable Construction: Built for demanding agricultural, construction, and geospatial environments.
- Portable Design: Lightweight components make it easy to move between survey sites and large field operations.
Typical Applications
- Precision agriculture field mapping
- RTK stakeout and guidance setup
- Ground control point (GCP) collection for drone mapping
- Static GNSS observations
- Boundary and topographic surveys
- Infrastructure and utility mapping
This bundled kit provides everything needed to support both base station and rover operations with Emlid GNSS receivers, improving productivity and ensuring reliable positioning performance in the field.
