NH TT55

NEW HOLLAND TRACTORS

TRACTORS

No matter what horsepower you need, we have the tractor for you. Choose from our complete line for high quality and efficiency.

TRACTORS TECHNICAL SPECIFICATION

NEW HOLLAND TT55 ROPS 4WD
NEW HOLLAND TT55 ROPS 2WD
720X373 TT
Engine
Power measured @ rated speed 2500 rpm
40.25KW / 54HP
Axles
Front Axle
4WD
Linkage
Maximum lift capacity at ball ends with no assists arms
1400 kg
Maximum lift capacity at ball ends with assist arms
1900 kg
Dimensions
Overall length
3640 mm
Overall width
1925 mm
Height to top of exhaust
2200 mm
Wheelbase
2010 mm
720X373 TT
Engine
Power measured @ rated speed 2500 rpm
40.25KW / 54HP
Axles
Front Axle
2WD
Linkage
Maximum lift capacity at ball ends with no assist arms
1400 kg
Maximum lift capacity at ball ends with assists arms
1900 kg
Dimensions
Overall length
3500 mm
Overall width
1925 mm
Height to top of exhaust
2200 mm
Wheelbase
2055 mm

Gallery

 NH TT55 New Holland Kenya
 NH TT55 New Holland Kenya
 NH TT55 New Holland Kenya

MODERN STYLE AND GREAT DYNAMICS.

When you're thinking of buying 55 HP tractors-available in both 2 & 4 wheel drive-and state-of-the-art performance, the only tractors that fit the bill are the New Holland TT55. With outstanding power, speed, lift capacity, and pulling strength, these tractors far exceed expectations while maintaining high fuel efficiency. You get power and economy in one package-that's what we call a Global Performer.

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NH TT55

The New Holland TT55 (available in both 2WD and 4WD) is a reliable workhorse designed to handle a wide variety of daily farming tasks with ease. With a 55-horsepower engine, it strikes the balance between fuel efficiency and functional strength, making it ideal for small to medium-scale operations. Its compact build ensures smooth manoeuvrability in tight field spaces, while the sturdy build and low maintenance requirements make it a smart investment for long-term use. Whether you're preparing seedbeds, hauling loads, or managing livestock feed, the TT55 delivers consistent performance across changing field conditions.