2013 John Deere 410K Specifications and Features

The 2013 John Deere 410K Backhoe Loader offers a blend of reliability and performance. Equipped with a 4.5L 4-cylinder engine, it delivers 92 horsepower, ensuring powerful operation for both digging and lifting tasks. If you’re looking for a machine with a solid lifting capacity, this model offers a maximum lift height of 14.2 feet, making it ideal for various construction projects.

For optimal stability, the 410K features a 4WD drivetrain, enhancing its performance on uneven terrain. Its hydraulic system provides a maximum pressure of 3,000 psi, making it suitable for heavy-duty lifting and digging jobs. With a bucket breakout force of 11,000 lbs, it excels at tough digging conditions, whether you’re handling clay, rocks, or other materials.

For operators, the 2013 model focuses on user comfort, with a spacious cab that minimizes vibrations and noise. The adjustable controls and easy-to-read display enhance the overall experience, allowing for better control and precision. The fuel tank capacity of 28 gallons ensures extended work hours without frequent refueling interruptions.

In terms of transport, the 410K has a maximum transport weight of 16,000 lbs, and its dimensions (4.8 ft height, 7.5 ft width) are designed for easy movement on and off job sites. If you’re considering a machine for versatile construction and agricultural needs, this backhoe is a solid choice.

2013 John Deere 410K Specs

The 2013 John Deere 410K is equipped with a 4.5L, 4-cylinder engine delivering 92 horsepower. This engine is paired with a Powershift transmission that allows seamless shifting and high-performance capabilities across various terrains. The machine is known for its robust power, providing both strength and reliability for heavy-duty tasks.

With an operating weight of 15,760 pounds, the 410K is designed to handle substantial loads while maintaining stability. It features a 14-foot digging depth, making it ideal for projects requiring deep excavations. Its front bucket capacity is 1.0 cubic yards, and the rear backhoe bucket has a capacity of 0.3 cubic yards. These specifications allow for quick material handling and efficient digging operations.

The hydraulic system operates at a pressure of 3,000 psi, providing impressive lifting capabilities. The lift capacity at full reach is 5,000 pounds, making the 410K a strong contender in its class for handling heavy lifting tasks. The machine is also equipped with a robust axle system designed for enhanced traction, ensuring excellent mobility on uneven surfaces.

For operator comfort, the 410K is fitted with a spacious cabin that includes ergonomic controls, air conditioning, and a suspension seat to reduce operator fatigue during extended use. Visibility is optimized with large windows, allowing for better monitoring of the surrounding area.

Overall, the 2013 John Deere 410K offers a solid balance of power, versatility, and comfort, making it suitable for construction, landscaping, and utility work. Its ability to handle tough tasks while offering a smooth operator experience makes it a reliable choice for professionals.

Engine and Performance Specifications

The 2013 John Deere 410K is powered by a 4.5L, 4-cylinder diesel engine. This engine delivers a robust 93 horsepower, making it highly capable for various tasks. Its displacement ensures reliable performance in demanding conditions.

The engine is paired with a hydrostatic transmission, allowing smooth transitions between speeds and enhancing operator control. With a maximum travel speed of 25 mph, it maintains impressive mobility for its size.

For lifting operations, the 410K features an impressive lift capacity. It can lift up to 3,000 lbs to a maximum height of 14.5 feet, making it suitable for loading and material handling tasks.

Fuel efficiency is optimized with the 410K’s engine design, providing a solid balance between power output and operational cost. The 27.5-gallon fuel tank ensures extended operating hours without frequent refueling stops.

In terms of performance, the 410K stands out with its reliable engine, smooth transmission, and versatile lifting capabilities, positioning it as a solid choice for construction and agriculture professionals.

Hydraulic System and Lifting Capabilities

The 2013 John Deere 410K is equipped with a powerful hydraulic system, designed to maximize lifting performance and efficiency. The loader features a high-flow hydraulic pump with a capacity of 29.5 gpm, ensuring smooth operation even in demanding conditions.

For lifting, the 410K offers impressive capabilities. The maximum lifting height of the loader is 13 feet 6 inches, with a lift capacity of up to 4,000 lbs at full height. The lifting force at ground level is around 7,000 lbs, making it highly capable of handling heavy loads with ease.

The hydraulic breakout force of the 410K reaches 8,100 lbs, which allows it to efficiently dig and lift materials. The loader’s versatility makes it suitable for various tasks, from material handling to digging and lifting heavy construction materials.

The 410K also features a high-efficiency boom and bucket design, providing better lifting geometry. This ensures greater lifting power while maintaining optimal balance for handling various attachments.

Dimensions and Weight Distribution

The 2013 John Deere 410K offers a balanced distribution of weight, which plays a crucial role in its stability and performance during operation. Its dimensions and weight distribution are key factors to consider for effective maneuverability and lifting capacity.

Overall Length: 22.1 ft (6.73 m)
Width (with tires): 7.5 ft (2.29 m)
Height: 10.3 ft (3.14 m)
Wheelbase: 7.6 ft (2.31 m)
Ground Clearance: 1.3 ft (0.4 m)
Operating Weight: 16,600 lbs (7,538 kg)

The 410K’s weight distribution is designed for optimal balance. With a front axle weight of approximately 10,300 lbs (4,670 kg) and a rear axle weight of 6,300 lbs (2,858 kg), this ensures that the loader maintains stability when lifting heavy loads. The distribution allows for more precise control, preventing excessive wear on either axle during operations.

For a smooth operation, proper tire inflation and maintenance are crucial, as they directly affect the machine’s balance and ground contact, contributing to even weight distribution.