This controller is showing video footage of an RC mower. (It isn't actually mowing grass right now.)
Our tactical controller is pictured. The new mower controller may look different.
Previous model shown.
| Large tires (around 13 inches) | |
| Electric | |
| Manually set the height of the deck | |
| Remote start and stop the mower | |
| US-made parts | |
| E-stop on mower | |
| E-stop on controller | |
| Driver assistance to let you know when something is in the way | |
| Climb slopes up to | |
| 20 degrees | |
| 25 degrees | |
| 30 degrees | |
| 35 degrees | |
| 40 degrees | |
| Please note: Selecting a higher slope will reduce the overall speed. | |
| Runtime | |
| 1 hour | |
| 2 hours | |
| 3 hours | |
| Mower deck | |
| 20-inch, included | |
| 25-inch, included | |
| 66-inch, included | |
| No deck | |
| Remote control | |
| With video display | |
| No video display | |
| Lead time after purchase | |
| 1 week | |
| 2 - 4 weeks | |
| 4 - 8 weeks | |
That configuration is estimated between:
and:
Contact us to see if there are any left!
This robot is driven by the 13-inch tires and heavy-duty wheelchair motors. The 4WD system allows the mower to climb steep slopes and terrain. This mower is faster, more powerful and has a longer run time than our previous 4WD mower. This slope mower can handle steep hills and inclines up to 38 degrees. It uses a double-bladed 25-inch wide deck for mowing. The electric mower means oil distribution on slopes won't be an issue.
The frame of this robot is made from tube steel and heavy gauge steel cut on our CNC plasma table. It is welded together in a jig we set up so the lawnmower inserts into the frame using the existing wheel mounts, which also lets you set the height of the deck. 75 RPM motors provide the mower with more power for ascending slopes. The robot is fully assembled, tested and ready to run.
Contact us to see if there are any left!
This is something every homeowner needs! A kit that easily converts a 20-inch electric lawnmower into a robot that can be driven with remote control. It has enough runtime to cut up to a half an acre before recharging. The advantage of the electric mower is being able to remotely turn the mower blades on and off. This feature will be included if you get the mower assembled, but is not included in kit form.
The frame of this robot is made from steel tubing and 10 gauge plate. It is welded together in a jig we set up so the lawnmower inserts into the frame using the existing wheel mounts, which also lets you set the height of the deck. The robot is driven by the provided 13-inch tires in the back driven by heavy-duty motors. The 6-inch casters in the front allow easy maneuverability.
This is the largest RC lawn mower we've built! We outfitted a 66 in. Swisher Tow-Behind Mower with powerful motors and 35Ah batteries to be able to remote control this beast. This mower will cut your lawn in no time.
We welded our custom wheel plates and battery mounts to the existing frame and used dual 13" tiller tires for the drive wheels. The drive system uses #40 chain with a 10:35 reduction for plenty of power. This robot also features remote start and kill switches.
A kit that easily converts a 21-inch lawnmower into a robot that can be driven with remote control. This kit will allow you to take a standard 21-inch lawnmower and modify it to mount to this chassis. By default, the kit comes unassembled and the mower is not included so it requires some work to get it up and running. If you'd prefer to get the full system select the option to assemble the kit with mower we'll do the work for an extra cost.
The frame of this robot is made from steel tubing and 10 gauge plate. It is welded together in a jig we set up so the lawnmower inserts into the frame using the existing wheel mounts, which also lets you set the height of the deck. The robot is driven by the provided 13-inch tires in the back driven by heavy-duty motors. The 6-inch casters in the front allow easy maneuverability.
The specifics for this lawn mower are yet to be determined, based on feedback we get from users.
This model may be a 4WD electric slope mower with remote start and stop, video feed on the remote controller to see what's around the mower, multiple hour runtime, and possibly other upgrades from the previous model.
Email us at info@sdrobots.com to join the mailing list specifically for this product and hear updates.
There's more info just below about the re-design and our development process.
We temporarily paused production of this product to design the latest model.
Designing robots that are useful in the real world is very important to us, so we turn to customer feedback and requests to understand the specifics of how the product should be improved.
How long will the re-design take? Once we've learned enough about how the ideal remote control lawn mower should work, this robot will move to the next development stage. Our goal is not just another lawn mower, but a great solution for our customers.
Looking to get one of our new mowers as soon as possible? Good news – by giving thumbs up's / down's on this page, you're helping us with the design process. (Thanks!) The more feedback we get about our new design, the better we understand the requirements and the faster this stage goes. Be sure to tell your friends and colleagues about this page too!
If you hate mowing the grass in the blistering summer heat, you'll want to check out our hardworking robots.
These amazing robots:
We typically use standard lawnmowers in these units, making repairs easy.
Our remote-controlled lawn mowers are ideal for small commercial properties, homeowners, and people that prefer to have fun with their chores.
We've built a number of these robots for handicapped and elderly homeowners that love the satisfaction of getting the job done themselves.
These mowers take up less space than a traditional mower because they don't have the handlebar. They can also easily be driven into their parking space.
