SUNEX Tools 3.5 Ton High Reach Floor Jack

The SUNEX Tools Skyhawk 66035HR 3.5 Ton High Reach Floor Jack is engineered for professional mechanics who demand superior lifting power, reach, and reliability in the shop. With a heavy-duty 3.5-ton lift capacity, this jack is built to handle cars, trucks, SUVs, and even heavy-duty dually vehicles with confidence. Its versatile lifting range from 3.58 inches to 24.4 inches allows technicians to easily service everything from low-profile vehicles to high-clearance trucks. Equipped with Rapid Rise dual pump technology, dual pump pistons power a fast, effortless lift, saving valuable shop time. The 18-inch extended chassis design ensures easy access to deep lift points, while the oversized 4.6-inch saddle provides a secure lifting surface that grips vehicle frames firmly for safer operation. Designed for durability and ease of use, the premium front wheels with grease zerk fittings allow smooth rolling and longer life, while wide front wheels and ball-bearing rear casters deliver effortless maneuverability in tight shop spaces. A 50-inch extra-long handle provides superior leverage and ergonomic pumping action, reducing operator fatigue during heavy lifts. Built to last and ASME PASE compliant, the SUNEX Skyhawk delivers proven strength, safety, and performance for professional automotive technicians. Are you ready to reach new heights with unmatched performance!

• 3.5 Ton Lift Capacity – Safely handles cars, trucks, and SUVs with ease, delivering the strength professional mechanics need for demanding shop environments.
• Versatile Height Range – Lifts from 3.58" low to 24.4" high, handling a wide range of vehicles with ease.
• Rapid Rise Technology – Dual pump pistons power a fast, effortless lift, saving time and energy on every job.
• Long Reach Frame Design – 18" Extended chassis length ensures stable access to deep lift points on modern vehicles, improving versatility in the shop.
• Oversized 4.6” Saddle – Provides a secure lifting surface that grips the vehicle frame firmly, reducing the risk of slippage.