Position the laser level at the right height and help read its beam on site.

FlightPro flight management and control system Leica
Key features
- TypeFlight management and airborne sensor control system
- Functionsflight guidance, sensor configuration and triggering, system monitoring and recording
- UseLeica airborne sensors (e.g. ADS100)
What it is
FlightPro flight management and control system Leica. Key specifications: type Flight management and airborne sensor control system, use Leica airborne sensors (e.g. ADS100).
Laser and surveying instruments include laser distance meters, laser levels, rotary lasers, GNSS receivers and machine control systems, with tripods and accessories, for measuring and setting out.
What it is for
Used for taking measurements and levels in the field and for topographic surveying and site setting-out.
How to use it
Set the instrument on a tripod or stable base, away from vibration, and let it self-level or level it manually. Before starting, check accuracy against a known reference and, outdoors, use the detector or staff to read the beam. Never look into the laser beam, and transport the instrument switched off in its case.
Where it is used
- Road and motorway construction
- Civil engineering
Technical data
- Type: Flight management and airborne sensor control system
- Use: Leica airborne sensors (e.g. ADS100)
Who it is for
Designed for surveyors.
Standards and compliance
Reference standards: CE marking in accordance with the EU directives applicable to the airborne systems sector, compliance with the technical and safety standards in force, technical documentation supplied by the manufacturer Leica.
Flight management and control system FlightPro Leica (Leica) — Leica FlightPro is a state of the art flight management and sensor control system that makes survey flights more effective and effortless for Leica Geosystems airborne sensors. Flight guidance, sensor configuration and release, system monitoring and logging are part of an integrated and complete system that increases productivity. The in-flight sensor and system quality control features cut data acquisition cost. The optimized workflow loop from flight planning to flight execution to flight evaluation and then again to planning shortens projects and generates reliable project feedback. The consistent design and combination of hardware components and the software user interface across all sensors systems makes users more productive and ensures consistent acquisition.
Related products
- Pegasus FIELD mobile mapping system Leica
- Xsight360 machine control system Leica
- Battery charger Metrica — from the category Laser Accessories
- Adapter for Tripod — from the category Laser Level Accessories
- AAA battery Varta Longlife Power — from the category Household Batteries
- Browse the whole category: Laser Measuring Tools and Accessories
Before you order
Tell us the quantities you need and the intended use: if there is a more suitable version, or an equivalent available sooner, we will let you know.
For prices and availability, request a quote from AMES Srl: we will reply with our quotation, delivery times and, where needed, an equivalent technical alternative.
Specifications 3
| Type | Flight management and airborne sensor control system |
|---|---|
| Functions | flight guidance, sensor configuration and triggering, system monitoring and recording |
| Use | Leica airborne sensors (e.g. ADS100) |
The perfect setup for this job
Everything you need in one place, from functionality to safety.
For the job
Complete levels and rotary lasers for reading the beam from a distance and mounting them anywhere.
Leave clearly legible marks on wood, metal and masonry for marking out cuts and holes.
Power torches, measuring instruments and small portable electronic devices.




