Product Description
HUSKY 28 inch Wood Handle D-Grip Carbon Steel Drain Spade Model 77444-944 NEW
HUSKY 28 inch Wood Handle D-Grip Carbon
Steel Drain Spade Model 77444-944 NEW
Model # 77444-944
HUSKY 28 inch Wood Handle D-Grip Carbon Steel Drain Spade
Model # 77444-944
Dimensions
Blade Length (in.) 26.1 in
Blade Width (in.) 6.40
Handle Length (in.) 28.00
Product Depth (in.) 48.20 in
Product Height (in.) 3.90 in
Product Width (in.) 6.40 in
Details
Blade Material Carbon Steel
Features Tempered Blade
Garden Tool Handle Style D-Grip, Short Handle
Handle Material Wood
Product Weight (lb.) 3.90 lb
Shovel Type Drain Spade
The Husky 28 in. D-Grip Short Wood Handle Drain Spade is expertly designed for garden enthusiasts and professionals alike. This sturdy and powerful drain spade is ideal for uprooting and transplanting live trees, shrubs, and all types of plants with ease, making your landscaping tasks more efficient. Constructed with a full tempered steel blade for added strength and longevity, the Husky drain spade's arched design ensures effortless soil penetration, minimizing effort and maximizing productivity. The varnished eucalyptus hardwood handle contributes to the tool's overall durability while remaining eco-friendly and comfortable to use. Ergonomically designed, the plastic D-Grip offers unmatched control and stability during strenuous digging and transplanting tasks, ensuring precise results with every use. With its compact 28 in. length, this drain spade offers exceptional portability and easy storage. Upgrade your gardening toolkit with the Husky 28 in. D-Grip Short Wood Handle Drain Spade for a reliable, high-performance tool. At Husky, we stand behind the quality and durability of our products, which is why we offer a manufacturer lifetime warranty.
Highlights
Full tempered steel blade for maximum strength and durability
Varnished hardwood eucalyptus handle for comfortable grip and eco-friendly design
Arched blade for easy soil penetration and optimal digging efficiency
Plastic D-handle for enhanced control, stability, and ergonomic comfort