Maijo Wenovus MW-CH110
About this item
- The Maijo Wenovus MW-CH110 is a high-performance, self-propelled combine harvester engineered specifically for Indian paddy farmlands. Powered by a 110 HP Quanchai diesel engine and riding on a 550 mm wide rubber crawler, it delivers outstanding efficiency in both wet and dry field conditions —…
Key specifications
| Engine | Quanchai 4C6-110M22 · 110 HP (80 kW) · 4-cylinder · Water-cooled · 4-stroke · 2,400 RPM · 220 L fuel tank |
|---|---|
| Dimensions & Weight | 5,350 × 2,650 × 2,980 mm (L×W×H) · 3,680 kg · Feeding capacity: 6.0 kg/s |
| Header | 2,200 mm cut width · 900 mm reel dia · 5 cutter bars · Hydraulic height adjust · Eccentric spring finger reel · Spiral auger · Stubble height: 40 mm+ |
| Threshing | 620 mm dia × 2,200 mm cylinder · Longitudinal axial flow · Rasp bar · 6-block grid concave · Auger returns |
| Cleaning | Centrifugal fan + oscillating sieve · 3-way air stream · 400 mm winnowing fan · 5-stage independent sieve adjustment |
| Grain Tank | 1,700 L (1.6 m³) · 270° rotation unloading · Extended reach arm |
Watch it in action
Technical specifications
| Engine | Quanchai 4C6-110M22 · 110 HP (80 kW) · 4-cylinder · Water-cooled · 4-stroke · 2,400 RPM · 220 L fuel tank |
|---|---|
| Dimensions & Weight | 5,350 × 2,650 × 2,980 mm (L×W×H) · 3,680 kg · Feeding capacity: 6.0 kg/s |
| Header | 2,200 mm cut width · 900 mm reel dia · 5 cutter bars · Hydraulic height adjust · Eccentric spring finger reel · Spiral auger · Stubble height: 40 mm+ |
| Threshing | 620 mm dia × 2,200 mm cylinder · Longitudinal axial flow · Rasp bar · 6-block grid concave · Auger returns |
| Cleaning | Centrifugal fan + oscillating sieve · 3-way air stream · 400 mm winnowing fan · 5-stage independent sieve adjustment |
| Grain Tank | 1,700 L (1.6 m³) · 270° rotation unloading · Extended reach arm |
| Transmission & Track | HST (55 CC) + mechanical gearbox (95 CC) · 3 working gears · Low: 0–1.4 m/s · Mid: 0–1.8 m/s · High: 0–2.68 m/s |
| Crawler | 550 mm wide · 56-section · 1,890 mm ground length · 350 mm ground clearance · Track gauge: 1,250 mm |
| General | Field efficiency: 0.16–1.0 hm²/h · Lodging: fwd <85°, rev <70° · Friction disc brake · Dust removal fan: standard · Alarms: water temp, oil, fuel, tank full, battery |
Product description
Built for India. Built to last.
Indian paddy farming demands a machine that can handle everything — waterlogged fields, heavy-yield crops, long harvest days, and the need for minimal grain loss. The Maijo Wenovus MW-CH110 is designed from the ground up to meet every one of those demands.
At the heart of the MW-CH110 is a 110 HP, 4-cylinder liquid-cooled Quanchai diesel engine. Despite its compact size, this engine delivers exceptional power density while keeping fuel consumption low — and with a 220-litre fuel tank, the machine can run continuously for a full 24 hours without a single refuelling stop. That means more crop harvested per day, with fewer interruptions.
The MW-CH110’s 2.2-metre cutting width significantly reduces the number of field turns required per operation, boosting overall productivity. The header features a hydraulically adjustable reel with eccentric spring fingers, which can be lowered further to grip and reap even fallen or lodged rice stalks — a common challenge in high-yield paddy cultivation. Reel revolution speed is adjustable across three stages to match different crop densities and machine speeds.
Threshing is handled by a long, large-diameter cylinder — 620 mm in diameter and 2,200 mm in length — which creates a wide threshing space, dramatically reducing grain loss even in high-volume crop conditions. The cleaning system uses a 3-way air stream design paired with a 4-blade centrifugal winnowing fan, ensuring stable, precise separation of grain from chaff across the entire sieve surface. The chaff sieve can be independently adjusted front and rear across five stages, giving operators fine control over cleaning quality depending on crop moisture and volume.
Harvested grain is stored in a 1,700-litre (1.6 m³) grain tank — large enough to keep the machine working for extended periods even on large fields. When the tank is full, a 270° rotation grain unloading arm extends the reach of discharge, making it fast and convenient to offload into any accompanying vehicle.
For wet paddy field performance, the MW-CH110 stands apart. The 550 mm wide, 56-section rubber crawler track (grounded length: 1,890 mm) distributes the machine’s weight over a large contact area, minimising ground pressure and preventing sinking. A minimum ground clearance of 350 mm keeps the undercarriage clear of mud accumulation, and the upper rear-mounted exhaust pipe ensures no mud ingestion when reversing in flooded conditions. The 55 CC high-capacity HST provides smooth, responsive transmission even in the most demanding wet field situations, while the centre-balanced body layout maintains left-right equilibrium for cleaner threshing and lower grain loss on uneven terrain.
The machine is built for durability in every component. The 95 CC gearbox features high-grade oil seals and bearings, the threshing concave is divided into six replaceable blocks for easy rotation and individual replacement, and the track rollers are heat-treated with thickened rubber at wear-prone sections. The reinforced chassis and frames are engineered to handle the stress of continuous heavy-duty field operation season after season.
Operator experience has not been overlooked. A single right-hand joystick controls three simultaneous functions — turning, raising/lowering the reaper, and adjusting reel height — reducing complexity and fatigue during long shifts. A comfort armrest, wide sun canopy, built-in dust suction fan, and spacious operator platform ensure the driver can work comfortably through extended harvesting days. The easy gear shift mechanism returns the main shift lever to neutral automatically when the brake pedal is pressed, preventing jump-starts on engine restart.
The Maijo Wenovus MW-CH110 is not just a harvester — it is a complete harvesting system, designed to deliver maximum yield recovery with minimum loss, minimum downtime, and maximum operator comfort, harvest after harvest.