Forged Round Point Shovel with 48In Ash Handle by A.M. Leonard

More Information Product Specs 48” Northern Ash Handle 12 ga forged blade is 9” x 11-1/2” Handle lift (inches): 26-1/4 Product Warranty Information This product is covered under A.M. Leonard’s exclusive Lifetime Warranty Program. Click Here for more Details. Product Features Turned step Round point style Solid shank Handle and blade are double-riveted together Product Benefits Handle lacquered for weather resistance White Ash is the best wooden handle material known, lightweight but very durable Handle widens slightly at the end to provide firm hand grip The strongest of all blade types, this head and shank are forged from a single bar of steel Solid shank means there isn’t any place for soil to catch and build up at the bottom of the shank, like an open back style This shovel is designed for the heavy user that needs a quality tool Deeply curved bowl makes it easier to carry soil, gravel, or other product from one location to another High blade lift means you don’t have to bend over so far to get soil out of a hole you are digging The turned step is easier on your feet, especially when wearing soft-soled shoes The round point is designed to make penetration faster and easier Product Shipping Weight 5.2 pounds Frequently Asked Questions 1. What is the material of the handle of the Leonard Forged Round Point Shovel? The handle of the Leonard Forged Round Point Shovel is made of Northern Ash wood. 2. Can the shovel blade bend under heavy use? No, the shovel blade of the Leonard Forged Round Point Shovel cannot bend under heavy use as it is made of 12 gauge forged steel. 3. What is the length of the handle of the Leonard Forged Round Point Shovel? The length of the handle of the Leonard Forged Round Point Shovel is 48 inches. 4. Is the Leonard Forged Round Point Shovel suitable for digging heavy soil? Yes, the Leonard Forged Round Point Shovel is designed for heavy use and has a deeply curved bowl that makes it easier to carry heavy soil, gravel, or other materials from one location to another.