QY22R-16 Hybrid Remote-Controlled Crawler Lawn Mower
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ADDOTRON
1. Hybrid Power System — Cut Fuel Costs, Not Performance
The QY22R-16 runs an advanced oil-electric hybrid that pairs a 16HP gasoline engine with a 2000W drive motor and 3000W generator. The result? Stable power output across long commercial shifts with significantly lower fuel burn than gas-only alternatives. You spend less on fuel per acre and extend daily operating hours — meaning fewer refueling stops and higher job completion rates.
2. Intelligent Remote & Autonomous Control — Keep Operators Safe
Control the machine wirelessly from up to 100 meters away, eliminating the need to send crews down steep or hazardous terrain. Switch to autonomous driving for open-field passes, and let the onboard system handle routine straight-line mowing. The intelligent obstacle avoidance module detects trees, rocks, and barriers automatically — reducing manual intervention and protecting both the machine and surrounding assets in dense orchards or solar farms.
3. All-Terrain Crawler Traction — Grip Where Wheeled Mowers Fail
Heavy-duty crawler tracks provide outstanding stability on wet, uneven, and loose ground. Rated for slopes up to 35°, the QY22R-16 climbs embankments, hillsides, and reservoir dams with confidence. Its compact crawler structure also slips under low tree canopies and through narrow solar panel aisles — accessing areas traditional zero-turn or riding mowers cannot safely enter.
4. High-Efficiency Cut & Mulch — One Pass, Zero Cleanup
With a 940mm cutting deck, the mower covers more ground per pass while integrated mulching returns clippings to the soil. Adjustable cutting height from 70mm to 170mm lets you tackle fine lawns, thick weeds, and agricultural overgrowth without swapping equipment. Under optimal conditions — flat terrain, moderate grass density, and minimal obstacles — the machine achieves high productivity that significantly reduces labor hours on large-scale projects.
5. Smart Obstacle Avoidance — Protect Your Machine and Property
An independent 48V brushless sensing module scans the work path in real time. When trees, stones, or fixed obstacles are detected, the system calculates and executes a bypass automatically. This reduces blade damage, eliminates collision risk with valuable infrastructure like solar panel stands, and allows safer unmanned operation in complex environments.
Overall performance and specifications | |
Scope of use | Mainly used for orchards, gardens, lawns, photovoltaics, etc |
Performance | Mowing and grass breaking are completed synchronously |
Overall Specifications | Dimensions (mm): 1268 1310 742 |
Total weight | 347kg |
Operating mode | Dual purpose remote control and autonomous driving |
Mowing width | 940mm |
Stubble height | 70mm-170mm |
Walking style | Two wheeled track |
Walking motor | 2000W |
Generator | 3000W |
Mowing efficiency | 5 acres per hour |
Work slope | 35° |
Fuel tank capacity | 5L |
Fuel | Hybrid |
Remote control distance | 100m |
Horsepower | 16 |
Obstacle avoidance device parameters | |
Specifications and Dimensions | Length, width, and height (mm): 1000x500x400 |
Mowing diameter | 450mm |
Mowing height | 40-90mm |
Brushless motor | Voltage 48V, power 1000W |
1. Orchard & Agricultural Weed Management
The QY22R-16 is highly suitable for orchard and agricultural weed control where uneven terrain and dense tree arrangements require flexible movement. The crawler structure allows the machine to move smoothly under trees and around planting rows while efficiently cutting and mulching grass. The obstacle avoidance system further improves automation and reduces operator workload.
2. Solar Farm Vegetation Maintenance
Solar photovoltaic stations require regular grass maintenance around solar panels and support structures. The remote-controlled mower allows operators to maintain safe working distances while efficiently removing weeds in narrow or difficult areas. Its low fuel consumption, compact body, and intelligent obstacle avoidance make it ideal for solar farm landscaping management.
3. Riverbanks, Reservoirs & Slope Areas
The machine is specifically designed for slope mowing and difficult outdoor environments such as dams, embankments, reservoirs, and hillsides. Its crawler traction system ensures stable climbing performance on slopes up to 35°, greatly improving safety and efficiency compared with manual mowing equipment.
4. Public Landscaping & Large Lawn Maintenance
The mower can also be used in municipal landscaping projects, parks, sports fields, industrial areas, and large grasslands. Its high mowing efficiency and remote-control operation help reduce labor costs while maintaining consistent mowing quality over large areas.
Step 1 — Pre-Operation Inspection
Check fuel level, engine oil, blade condition, crawler track tension, and electrical connections. Confirm the remote controller is paired and charged.
Step 2 — Start-Up Sequence
Turn on the main power switch. Start the engine per the operating sequence and allow the machine to idle for 2–3 minutes before engaging the blades.
Step 3 — Mowing Operation
Use the remote-control joystick to command forward, backward, and turning movements. Engage autonomous mode for open, obstacle-free fields. Adjust cutting height (70mm–170mm) to match grass conditions.
Step 4 — Slope Operation
On inclines, maintain steady speed and avoid sudden directional changes. Always mow across slopes where terrain allows, and never exceed the 35° rated limit.
Step 5 — Shut-Down & Cleaning
Gradually reduce engine speed. Stop the mower on level ground, power off, and remove grass debris from the blade deck and crawler tracks.
Step 6 — Scheduled Maintenance
Regularly lubricate moving parts, inspect and tension crawler tracks, sharpen blades when cutting performance declines, and recharge the battery system after each shift. Proper maintenance extends machine lifespan and ensures stable daily performance.
Q: What terrains can the QY22R-16 operate on?
A: The mower is designed for complex outdoor environments including orchards, hillsides, riverbanks, reservoirs, solar farms, lawns, and mountainous terrain. Its crawler structure provides strong traction and stable climbing performance on slopes up to 35°.
Q: Does the mower support autonomous operation?
A: Yes. The QY22R-16 supports both wireless remote-control operation (up to 100 meters) and autonomous driving functions. The intelligent obstacle avoidance system improves operational safety and automation efficiency in dense or structured environments.
Q: What is the mowing efficiency of this machine?
A: The machine is capable of high productivity under normal working conditions. Actual efficiency depends on grass density, terrain complexity, and operating speed. For best results, operate on open, dry ground with moderate vegetation height.
Q: Is the mower suitable for solar farm maintenance?
A: Yes. The compact crawler design and intelligent obstacle avoidance system make the mower highly suitable for mowing around solar panels and photovoltaic installations while maintaining safe operational distances from electrical infrastructure.
Q: What daily maintenance is required?
A: Users should regularly inspect engine oil and fuel levels, clean grass debris from the blade area, check crawler track condition and tension, lubricate moving parts, and sharpen blades when necessary. Proper maintenance extends machine lifespan and ensures stable mowing performance.