What is the biggest rotator wrecker made?

What is the biggest rotator wrecker made?

The Century M100
The Century M100. The world’s largest rotator developed by the world’s largest manufacturer of towing and recovery equipment. The industry’s first heavy-duty unit with exclusive 65,000 lbs.

How much can a Kenworth T880 haul?

140,000 pounds
Custom-engineered from bumper to taillight, the T880 is the most versatile vehicle to ever roll off an assembly line. Distinctively Kenworth, this bold new truck is as comfortable hauling 140,000 pounds over the Rockies as it is navigating city streets with a tanker full of fuel.

How much is a rotator tow truck worth?

The Rotator is the biggest, baddest wrecker made in America, the madam mother of happy hookers. Yates’s version cost $259,000, and the truck beneath it (a long-nose Peterbilt 379) cost $150,000-for a total of $409,000. Its boom extends 30 feet and lifts in 360 degrees-hence the Rotator moniker.

How much does a rotator cost?

How much weight can a rotator tow truck lift?

A rotator can perform crane-type lifting in tight spaces. Our Rotator is Crazy Strong—This rotator can handle 150,000 lbs or 75 tons, which makes it ideal for loading and unloading heavy equipment.

How much does a heavy duty rotator cost?

What is the difference between Peterbilt and Kenworth?

KENWORTH VS PETERBILT Both brands are manufactured by PACCAR and share a lot of the same components. Most of the differences come down to the coachwork and prices. – A KW is a Better Value from Purchase to Sale. With a KW, both the upfront and operating costs are lower.

How many axles does a Kenworth T880 have?

The T880 is available with five new Watson Chalin lift axles, including a new 10,000 lb.

What engine is in a Kenworth T880?

PACCAR MX-13 engine
Powering the Kenworth T880 are the high quality and reliability of the PACCAR MX engines. The 12.9-liter PACCAR MX-13 engine is designed to meet the demands of vocational heavy-duty truck applications — delivering the increased horsepower and torque needed to move large payloads with ease, even on steep grades.