Segway Navimow H-Series robotic mower Performance Rubber spikes Spikes Traction Odometry
More power. More precision. Your perfect lawn.
Available immediately
incl. VAT.
FREE shipping from minimum order value
RECOMMENDED EXTENSIONS
Compatibility
Technical data
Lieferumfang
- 2x ready-to-use rubber spikes
- 6x mounting screws
All other items shown are for illustrative purposes only and are not included in the scope of delivery.
Assembly
Fitting recommendation - wheel covers & spikes Namimow H
Our installation recommendations are intended as a non-binding guide.
Some recommendations are examples - the color and shape of the parts may vary. The basic instructions nevertheless remain valid.
If different, the OEM manufacturer's specifications take precedence.
Required tools, aids and protective equipment:
- 3 mm hexagon socket as a wrench or bit for screwdrivers - optionally with our cool bit holder
Assembly process:
- Positioning: Align the performance part with the screw holes using the three spacers
- Fastening: Insert the three screws and tighten evenly with a moderate torque
Notes, warranty & liability
What our customers say
Reviews from real lawn professionals
Fits PERFECTLY. SUPER workmanship. CUTTING RESULT 1A. Almost NOISELESS.
We make the difference
Product- or usage-dependent deviations possible: Details in the product description & FAQ
FAQ - frequently asked questions
- What is odometry and what does it have to do with your spikes?
Odometry is a measurement technique for determining position, in which the distance traveled is calculated based on wheel revolutions. It is often used in robotic mowers, autonomous vehicles and robotic systems.
How does this system work?
- Sensors measure the rotation of the wheels and calculate the distance traveled.
- In combination with changes in direction, the robot can calculate its current position.
- Some systems also use gyroscopes or acceleration sensors to calibrate and further refine the precision of the odometry.
What problem is caused by spinning tires?
If the traction of the wheels is insufficient, the wheels can spin. Wheel rotations are registered that do not contribute to the actual movement. This causes the robotic lawnmower to miscalculate its position and assume that it is in a different place than it actually is.
How do your spikes help the odometry?
Thanks to the improved traction, the robotic lawnmower remains stable on the track, which enables the odometry to determine its position precisely and thus avoid incorrect movements outside the mowing zone - so the flowers in the bed remain unharmed.
More grip, more protection, more control - with our spikes, your robotic lawnmower always stays safely on course!
- Does 3D printing lead to an irregular surface?
The quality and appearance of the surface structure is an essential part of our product design.
Layer height:
Our layer heights are optimally selected to ensure a perfect balance between visual quality and mechanical strength.
High-resolution printing technologies:
Thanks to advanced printing processes, precise details and an even surface structure are created.
Quality guarantee:
Our zoomable product images give you a detailed view of the print look and illustrate the high-quality workmanship.
- Can the material withstand the load?
Our products have been carefully developed to remain durable and safe even under increased loads.
High-strength material:
We use UV and weather-resistant thermoplastics, which are particularly robust and durable.
Strength-optimized design:
The construction is specially designed to withstand mechanical loads and ensure reliable performance.
Extensive tests:
In contrast to many other manufacturers, our blade discs undergo long-term practical testing, a centrifugal force test to determine strength and an unbalance test - while the systems of others often remain untested.
