- Products > Milling and sewer rehab robots > Talpa FSR 2060
Talpa FSR 2060
For pipe sizes from DN 200 (lined) to a maximum of DN 600
Talpa FSR 2060 has a standard design for pipes from DN 200 (lined) and can be equipped for pipe sizes to a maximum of DN 600 with the axle extenders and additional weights which can be combined with one another.
The robot is stable in the sewer pipe without requiring additional bracing or securing for the milling work. This is due to its own significant weight and its low center of gravity. Talpa FSR 2060 can tilt more than 45 degrees on its longitudinal axis without falling over.

The robot has a high degree of free mobility. Its equipped tool can reach all areas to be processed in the sewer thanks to four degrees of freedom.
The degrees of freedom in detail are:
The camera mounted on the head can also be pivoted horizontally so that the view can easily be directed to the area being processed in the sewer or the mounted tool.
Integrated Camera Rinse Nozzle
A nozzle to rinse the camera is integrated into the robot below the camera. To clean the camera, it is swiveled downward as needed and gently rinsed with water. Thanks to the system's integrated rinse function, there are no obstructing components in the field of view, ensuring a clear and unobstructed view of the work area at all times.
Pressurized interior space
To protect the interior space of the robot from the penetration of water, this is filled with air and subject to overpressure of 0.2 - 0.3 bar. With Talpa FSR 2060, this can be checked or adjusted via a valve at the rear of the carriage, using the air pump with pressure gage.
Multi-functional tooling mount
Different tools can be used in the tool holder of the Talpa FSR 2060, depending on the application. Compressed air is supplied to the tools via a hose connection routed along the work arm. The air is directed directly into the tool being used. Thanks to this integrated solution, the tool holder has an extended swivel range, as no obstructive, freely hanging hose connections to the tool are required. The camera view is also not impaired.
A motor stop integrated into the center of the working arm can be adjusted to suit the size of the tool being used. It prevents the tool from accidentally kicking back and reliably protects the camera from damage. An exhaust air guide that can be mounted on the tool holder helps divert milling dust away from the camera, thereby improving visibility during operation.
Strain relief / reverse driving control
To prevent unintentionally driving over the cable and the related damage when driving in reverse, the robot Talpa FSR 2060 has an integrated reverse driving control function. Here, the strain relief chain between the cable and reverse driving control rocker switch is tensioned. If the cable does not wind up fast enough during reverse driving, the rocker loses contact with the sensor and the reverse driving is prevented until the chain has tensioned itself again. This function can be switched on or off via the digital controls. The strain relief chain also protects the cable connector from tensile forces.
| Length (with Digitalbox) | 1,105 mm / 43.5 in |
| Width | 150 mm / 5.9 in |
| Height | 170 mm / 6.7 in |
| Overall weight | 45 - 100 kg / 99 - 220 lb |
| For pipe diameters | DN 200 (lined) - DN 600 / 8 - 24 in |
| Robot carriage drive | four-wheel drive |
| Hydraulic pressure | 60 - 80 bar / 870 - 1,160 PSI |
The following air motors are available for Talpa FSR 2060.
With the Wheel spacer, the milling and sewer rehab robots can be used with the greatest pipe diameters in a way which causes low strain on their bearings. Thanks to the different Wheel spacers which can be combined with one another, the area of use of Talpa FSR 2060 can be expanded up to DN 600.
As standard, Talpa FSR 2060 is fitted with an wheel spacer set upon delivery.





















