Florida Debuts Massive Manitowoc 21000 Crawler Crane

Imagine needing to lift a small yacht or precisely position thousand-ton equipment atop a skyscraper. What sounds like science fiction is made possible by one extraordinary machine: the Manitowoc 21000 crawler crane, Florida's resident engineering colossus.

This is no ordinary crane. The Manitowoc 21000 is a true heavyweight champion, boasting a staggering lifting capacity of 1,000 tons when equipped with its MAX-ER® system. Even without this enhancement, it can hoist 834 tons—equivalent to lifting 500 family sedans simultaneously.

The crane's boom configurations are equally impressive. Its combined main boom and jib setup can extend beyond 600 feet (183 meters), creating a steel armature capable of spanning multiple city blocks while delivering payloads with surgical precision. This extraordinary reach makes it indispensable for skyscrapers, bridge construction, and industrial megaprojects.

Versatility defines the 21000's design. Engineers can configure it with:

• A 160-foot (49-meter) heavy lift boom for massive single loads
• A 400-foot (122-meter) long-range boom for elevated work
• An astonishing 640-foot (195-meter) luffing jib that, when paired with the main boom, enables ultra-precise positioning at extreme heights

With a maximum load moment of 38,920 ft-kips (foot-kilopounds), the 21000 demonstrates exceptional resistance to tipping forces. This metric—essentially a measure of how much weight a crane can handle before becoming unstable—makes it one of the safest heavy lift systems available. Such engineering prowess has established it as the preferred choice for Florida's most demanding construction challenges.

Operated by Beyel Brothers, this mechanical titan serves critical roles across industries. From infrastructure development to energy sector installations, the 21000 transforms engineering blueprints into physical reality. More than just machinery, it represents the cutting edge of modern construction technology—where ambition meets execution at scale.