When it comes to choosing the right tractor for your project, there are a few options that can match the quality and performance of a Kubota. However, the most popular models in their lineup are the Kubota B2601 and B2650.
Both machines offer excellent performance for various tasks, but what sets them apart?
Many factors separate these two Kubota compact tractors from one another—from engine power and transmission type to fuel efficiency and price tag.
Although they look alike, these two tractors offer different features and capabilities.
To help you decide which is best for you, let’s break down the elements that set them apart.
What is Kubota B2601?
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The Kubota B2601 is a 4WD Kubota compact tractor with a 26HP diesel engine. It has a hydrostatic transmission with infinite forward and reverses speeds, a 4-point hitch system, and a three-point hitch lift capacity of 1,102 lbs.
It also features an operator station with adjustable seat height, cup holder, armrests, and footrest.
The overall size of this model is relatively compact compared to other models in its class; it measures 91 inches long by 46 inches wide by 48 inches high.
What is Kubota B2650?
The Kubota B2650 is an upgraded version of the B2601 model. This 4WD compact utility Kubota tractor has a 30HP diesel engine and the same hydrostatic transmission as its predecessor, but it has an increased three-point hitch lift capacity of 1,433 lbs.
It also has an improved operator station with added features such as power steering, cruise control, tilt steering wheel, rear differential lock system, and instrument panel with an LCD screen showing vital information like fuel level or engine temperature readings.
This model measures 92 inches long by 47 inches wide by 50 inches high.
Main Differences between Kubota B2601 and Kubota B2650
Are you in the market for a lightweight Kubota tractor? If so, you might have encountered two powerful new models that are frequently compared—the Kubota B2601 and the Kubota B2650.
To aid you in choosing the optimal option for yourself, let us consider the characteristics that differentiate them.
1. Performance Comparison
In terms of performance comparison between these two powerful new models from Kubota’s lineup, we can see some differences in power output from the engines and payload capacity from the hydraulic systems that both tractors have fitted on them, respectively.
The Kubota B2601 performs better than its counterpart in certain areas, such as the turning radius, which stands at 5 feet compared to 6 feet for the Kubota b265o.
But it needs more horsepower to pull heavier loads or tackle tougher terrain like that one can do with the b265o due to its higher engine displacement rating (30hp vs. 26hp).
2. Engine Power
The most fundamental difference between the two models is their engine power.
The Kubota B2601 has a 3-cylinder diesel engine that produces 26 horsepower at 2200 rpm (revolutions per minute).
On the other hand, the Kubota B2650 has a 4-cylinder diesel engine that produces 31 horsepower at 2400 rpm.
This extra power makes the Kubota B2650 a better choice for heavy-duty work or when you need more power to get the job done and makes it easier to handle tougher tasks with greater efficiency.
3. Transmission Type
Another element to consider when comparing these two models is their transmission type.
The Kubota B2601 has an HST Plus transmission, which offers three ranges (high, medium, and low) plus three speeds in each range (1st through 3rd).
The Kubota B2650 has an eHydro transmission which offers four ranges (high, medium, low, and creep) plus three speeds in each range (1st through 3rd).
This additional range gives you more control over how quickly or slowly your tractor moves.
4. Towing Capacity
The next factor to consider is the tractors’ towing capacity.
The B2601 has a maximum towing capacity of 1,400 pounds, while the B2650 can tow up to 1,850 pounds—giving it greater hauling capability for heavier implements and equipment.
5. Attachments Compatibility
Attachment compatibility refers to how well certain attachments will fit on your tractor and how easy they will be to install/remove when needed.
Both models are compatible with several attachments, including mower decks, rotary cutters, snow blowers, and much more.
However, remember that some attachments might require extra brackets or adapters for installation, depending on your chosen model.
6. Fuel Efficiency
Another element to consider is fuel tank capacity and fuel efficiency, which can be important considerations when operating large machinery such as tractors for extended periods in remote locations without access to refueling stations nearby.
In this regard, only the b2560 model comes standard with a 12-gallon fuel tank capable of providing up to 10 hours of continuous operation (at full load).
Its predecessor only provides 8 gallons which can provide up to 7 hours of continuous operation (at full load).
Additionally, due to its larger engine size and improved hydraulic system design, the b2560 model also offers improved fuel economy compared it its predecessor.
Resulting in less frequent refueling stops during long days on-site or out on remote job sites, where refueling may not be readily available or accessible as needed throughout operations.
7. PTO Horsepower & Speed
The seventh element to consider is PTO horsepower and speed.
The PTO horsepower of both machines is rated at 23.9 hp at 2600 RPMs (Revolutions Per Minute).
However, the speed at which they reach this rating differs between them; the Kubota B2601 reaches its peak at 2600 RPMs while the Kubota B2650 reaches its peak at 2400 RPMs.
This translates into slightly faster performance with the Kubota B2650 than with the 2601 model.
8. Lift Capacity & Hydraulics
Another element to consider is its lifting capacity and hydraulics.
The lifting capacity of both machines is rated at 1,680 lbs.; however, only the Kubota B2650 features a two-lever hydraulic system with adjustable speed control that allows you to adjust the flow rate from 0-17 GPM (Gallons Per Minute).
This means you have more control over your hydraulic system when using this machine than its predecessor, making it better equipped for more intensive tasks such as digging or backfilling trenches.
9. Turning Radius & Rear Wheels
The ninth element to consider is the turning radius and rear wheels.
The turning radius of both machines is rated at 6 feet 5 inches; however, only the Kubota b2560 features 20-inch rear wheels, while its predecessor only features 18-inch rear wheels, which can result in greater stability when maneuvering around tight spaces or navigating uneven terrain.
Additionally, only the b2560 model comes standard with turf tires—providing greater traction in wet conditions—while its predecessor requires turf tires as an option if needed for certain applications or conditions.
10. Price Tag
Last but not least, we have a price tag!
While both tractors offer great value for money considering all their features & capabilities, price tags can still differ based on market conditions & dealer discounts – so make sure you shop around before you purchase either one!
Kubota B2601 vs. B2650: Are they the same?
When considering what tractor would be best suited for your needs, different factors should be considered before making your decision. This includes size & power; transmission type; PTO horsepower & speed; lift capacity & hydraulics; turning radius & rear wheels; fuel tank capacity & efficiency.
All of this help differentiate between these two popular models from Kubota, so you can decide what will be the best for your application requirements!
So when it comes down to deciding which model is right for you—it depends on what you need it for!
If you’re looking for something more powerful than the Kubota B2601 but Not requiring all the additional features that come with pricier models—the B2650 might be just what you need!
However, if your projects require heavier payloads or rougher terrain—the more powerful engine offered by the b2601 will provide you with greater maneuverability and reliability when tackling tougher tasks!
Ultimately both models offer excellent performance capabilities depending on user needs – but by being aware of these key differences, you’ll be able to decide which machine will provide you with optimal results!
Marvin is an expert in farming equipment with a strong background in agricultural engineering. He graduated from Kansas State College of Agriculture, where he received a degree in Agricultural Engineering and specialized in farm equipment design and maintenance.
