The Mahindra 1526 is a compact utility tractor that was produced from 2016 to 2018 as part of the 1500 Series. It was manufactured by Mitsubishi and distributed by Mahindra. This versatile tractor was available with a choice of a shuttle or hydrostatic transmission and offered options for various agricultural tasks. Its design featured a two-post foldable ROPS for operator safety, and it could be equipped with a front-end loader and backhoe for added functionality. With its reliable Mitsubishi engine, the Mahindra 1526 aimed to provide dependable performance on the farm or in other outdoor applications.
Mahindra 1526 Specs |
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Years of Production | 2016 – 2018 |
Series | 1500 Series |
Type | Compact Utility Tractor |
Manufacturer | Mitsubishi |
Shuttle | $16,340 |
Hydrostatic | $17,480 |
Mahindra 1526 Power |
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Engine | 25.6 hp (19.1 kW) |
Shuttle PTO (claimed) | 19 hp (14.2 kW) |
Hydro PTO (claimed) | 18.5 hp (13.8 kW) |
Engine Detail |
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Manufacturer | Mitsubishi S3L2 |
Fuel | Diesel |
Configuration | 3-cylinder, liquid-cooled |
Displacement | 80.4 cubic inches (1.3 liters) |
Bore/Stroke | 3.07×3.62 inches (78 x 92 mm) |
Emissions | Tier IV |
Power | 25.6 hp (19.1 kW) |
Fuel system | Direct injection |
Compression | 22:1 |
Rated RPM | 2500 |
Starter | Electric (12 volts) |
Hydrostatic |
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Shuttle Type | 8 forward and reverse gears with dry disc clutch |
Hydrostatic Type | Infinite (3-range) forward and reverse |
Mechanical |
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Chassis | 4×4 MFWD 4WD |
Steering | Power |
Brakes | Wet disc |
Cab | Two-post foldable ROPS |
Hydraulics |
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Type | Open center |
Rear valves | 1 |
Pump flow | 7.5 gpm (28.4 lpm) |
Steering flow | 3.3 gpm (12.5 lpm) |
Tractor Hitch |
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Rear Type | I |
Control | Position control |
Rear lift | 2646 lbs (1200 kg) |
Rear Arms | Telescopic stabilizers |
Power Take-off (PTO) |
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Rear PTO | Independent |
Rear RPM | 540 (1.375) |
Mid RPM | 2000 |
Electrical |
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Charging system | Alternator |
Charging amps | 50 |
Charging volts | 12 |
Battery CCA | 540 |
Battery volts | 12 |
Battery AH | 46 |
Mahindra 1526 Tires |
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Standard tires (ag) | – |
Front | 7×16 |
Rear | 11.2×24 |
Lawn/turf front | 25×8.5-14 |
Lawn/turf rear | 13.6×16 |
Industrial front | 27×8.5-15 |
Industrial rear | 15×19.5 |
Dimensions |
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Length | 121.3 inches (308 cm) |
Width | 63 inches (160 cm) |
Height (ROPS) | 81.5 inches (207 cm) |
Shuttle Weight | 2437 lbs (1105 kg) |
Hydro Weight | 2459 lbs (1115 kg) |
Attachment Overview |
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Option | Front-end loader |
Option | Backhoe |
Mahindra 1526L Loader |
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Loader weight | 774 lbs (351 kg) |
Height (to pin) | 84 inches (213 cm) |
Clearance, dumped bucket | 67.5 inches (171 cm) |
Dump reach | 18.5 inches (46 cm) |
Dump angle | 40° |
Clearance, level bucket | 80 inches (203 cm) |
Reach at ground | 56 inches (142 cm) |
Rollback angle | 20° |
Breakout force (at pin) | 2795 lbs (1267 kg) |
Lift to full height (at pin) | 1560 lbs (707 kg) |
Bucket width | 58.5 inches (148 cm) |
Mahindra 1526B Backhoe |
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Backhoe type | Mahindra 1526B Backhoe |
Weight | 840 lbs (381 kg) |
Transport height | 73 inches (185 cm) |
Digging depth | 86 inches (218 cm) |
2-Foot flat digging depth | 84 inches (213 cm) |
Reach from pivot | 114 inches (289 cm) |
Loading height | 68 inches (172 cm) |
Bucket Rotation | 185° |
Swing Arc | 145° |
Bucket force | 2440 lbs (1106 kg) |
Dipperstick force | 1510 lbs (684 kg) |
Mahindra 1526 Review
The Mahindra 1526, a member of the 1500 Series, is a compact utility tractor that was available in the market from 2016 to 2018. It was manufactured by Mitsubishi and distributed by Mahindra, offering a range of specifications and features tailored to meet the needs of users in the agricultural and outdoor sectors.
One notable aspect of this tractor is its engine. Powered by a Mitsubishi S3L2 diesel engine, the Mahindra 1526 boasted a reliable 3-cylinder, liquid-cooled powerplant with a displacement of 1.3 liters and a power output of 25.6 horsepower. This engine’s reputation for reliability and fuel efficiency made it a solid choice for those seeking dependable performance.
Buyers had the flexibility to choose between two transmission options: an 8-speed shuttle or a hydrostatic transmission. The shuttle transmission provided eight forward and reverse gears, while the hydrostatic version offered infinite forward and reverse gears within three ranges. This choice allowed users to select the transmission that best suited their specific preferences and tasks.
In terms of hydraulic capabilities, the Mahindra 1526 featured an open-center hydraulic system, providing a pump flow of 7.5 gallons per minute (28.4 liters per minute). This feature made it compatible with various hydraulic attachments and implements, enhancing its versatility for different applications.
With its compact dimensions, including a length of 121.3 inches, a width of 63 inches, and a height of 81.5 inches with the ROPS (Roll-Over Protection Structure) in place, the tractor was well-suited for maneuvering in tight spaces. This compact size was particularly valuable for users operating in confined or smaller farm environments.
Advantages of the Mahindra 1526 included its versatility, with two transmission options, a reliable engine, and a hydraulic system capable of handling various attachments. Its compact size facilitated agility and maneuverability, making it an asset in tight spaces. However, it also had limitations, such as its limited power output of 25.6 horsepower, which restricted its suitability for more demanding tasks compared to larger tractors.
As with any piece of machinery, common problems that users might encounter included wear and tear of components, hydraulic system leaks, and electrical issues. Regular maintenance was essential to address these concerns and ensure the tractor’s long-term performance. Additionally, considering that the Mahindra 1526 was produced from 2016 to 2018, finding replacement parts and support might become more challenging with time.
Mahindra 1526 offered a blend of reliability, versatility, and compact design. Its choice of transmission options and dependable engine made it suitable for various tasks, while its compact size enhanced maneuverability. However, users needed to be mindful of its limitations, and regular maintenance was crucial to keep it running smoothly over time.