£1,599.00 inc VAT
KR160E.A
Instructed by the Kress RTKn network, it navigates your lawn with centimeter-level accuracy. No need for boundary wire nor fixed reference antenna to be installed in the lawn. The dead reckoning algorithm ensures accuracy where lines of sight to the satellites are blocked by trees and buildings. Operated by the MAP (Mowing Action Plan™) technology, it efficiently manicures lawns up to 600 ㎡.
The Kress KR160E.A RTK Mission 600 is a compact, wire-free robotic mower designed for small gardens. Also referred to as the Kress KR160 or Kress KR 160E.A, this model offers precise GPS mowing without the hassle of boundary wires or reference antennas. Ideal for daily, quiet cutting — it’s perfect for suburban lawns up to 600m².
Using Real-Time Kinematic satellite navigation and internal sensors, the Kress KR160E.A offers reliable, accurate mowing in simple or multi-zone gardens. Once mapped in the app, the mower sticks to its route — no drifting, no overlapping, no guesswork.
This model (also found under model code KR160E.3) is ideal for homeowners who want frequent, quiet mowing with no hands-on work. It’s small, efficient, and precise — ideal for tight areas or residential spaces with basic layouts.
Some properties may have trees, sheds, or walls that weaken RTKn signal. We offer free signal checks and support RTKn base station installation if needed. Book a consultation to confirm coverage at your address.
The Kress KR160E.A includes a 2-year warranty and UK-based technical support. GroundTech can also assist with app setup, blade replacements, and seasonal maintenance as needed.
Model | Kress KR160E.A Mission RTKn 600 |
---|---|
Maximum Coverage | 600 m² |
Navigation System | RTKn (Real-Time Kinematic Network) |
Obstacle Avoidance | No (basic sensors only) |
Cutting System | Dual Disc Blade System |
Maximum Slope | 40% |
Runtime (per charge) | Up to 2 hours |
Charging | Automatic docking and recharge |
Connectivity | Kress App (iOS & Android) |
Emissions | Zero (Electric) |
Noise Level | Low – suitable for day or night use |
Item | Quantity |
---|---|
Manual and documents | 1 |
Kress Mission RTKn 600 KR160E.3 | 1 |
Screws for fixing blades | 9 |
Charging base | 1 |
Charging base fixing nails | 6 |
Hex keys | 1 |
Wrench for RTK antenna | 1 |
Magnetic strip | 1 |
Spare blades | 9 |
RTK antenna | 1 |
Pegs | 16 |
Measurement gauge | 2 |
Battery pack (KA3024) | 1 |
Charger (KA0200/KA0201) | 1 |
Charging tower | 1 |
GroundTech offers full setup for the Kress KR160E.A, including dock placement, signal testing, and app-based zone mapping. Not sure if you want to install it yourself? Read our full wire-free setup guide to see how it works.
Email us or use the contact form below to request installation or advice.
Operating autonomously for up to 24 hours a day, allowing each task to be completed at a time that best suits you and your schedule and alleviating the pressure on manual labour.
The light footprint of the robot allows it to work on even the softest ground, retaining the playability and presentation of your facility no matter the challenges posed by mother nature.
Engineered to not only save on fuel and staff hours, GroundTech’s robotic solutions deliver a precise cut and quality finish worthy of first-class sport or picture-postcard experiences.
The hood and main body of the robot is insulated to deliver efficiency and effectiveness with minimal noise – ideal for working at night or in built up areas with no disruption.Â
The robot consumes up to 90% less energy than a standard mower. In addition, the clippings returned to the surface can also reduce the requirement for fertiliser and other chemical applications.Â
Mowing more frequently and consistently will being multiple benefits to the turf surface. A ‘little and often’ approach improves presentation, increases sward density & prevents weed ingress.
When you choose GroundTech, you not only receive access to the most innovative robotics on the market, you benefit from over 20 years of expertise in the grounds maintenance industry. That’s the GroundTech Difference.