4-Pack Baker Scaffold Outriggers with 5-Inch Swivel Casters and 1000 lb Capacity
Tools, Home & Hobby
2K+ Sold
Tools, Home & Hobby
2K+ Sold
Improve scaffold mobility and stability with this 4-pack of Baker-style scaffold outriggers, designed to support a total load of up to 1,000 lbs. Built from durable carbon steel with a rust-resistant galvanized surface, these scaffold accessories feature 5-inch swivel casters for easier repositioning around construction and renovation work areas. Their secure pin connections and straightforward installation help simplify scaffold setup and relocation.
Key Features
1000 lb Total Load Capacity: The four-piece scaffold outrigger set supports a combined load of up to 1,000 lbs (453 kg), providing sturdy support for compatible scaffolding setups.
Durable Carbon Steel Construction: Solid carbon steel resists bending under demanding working conditions, while the galvanized surface helps protect against rust.
5-Inch Swivel Casters: Large, wear-resistant polypropylene (PP) wheels provide smooth movement and easier maneuverability when repositioning scaffolding.
Secure Scaffold Connections: The 1.57-inch buckle width accommodates compatible scaffold legs, while included top and bottom pins help maintain secure attachments.
Quick 3-Step Installation: Designed for straightforward assembly and removal, these outriggers simplify scaffold setup and leveling while reducing preparation time.
Specifications
Product Type: Baker-style scaffold outriggers with swivel casters
Main Material: Carbon steel
Wheel Material: Polypropylene (PP)
Surface Finish: Rust-resistant galvanized coating
Color: Yellow
Dimensions: 16.34 x 2.87 x 23.62 inches (415 x 73 x 600 mm)
Wheel Diameter: 5 inches
Buckle Width: 1.57 inches
Total Load Capacity: 1,000 lbs (453 kg)
Net Weight: 32.41 lbs (14.7 kg)
Quantity: 4 scaffold outriggers
Included Hardware: Top and bottom connection pins
Compatibility: Scaffold legs compatible with the 1.57-inch buckle width
Equip your scaffolding with these sturdy wheeled outriggers for convenient repositioning, reliable support, and more efficient construction workflows.
