Sun Joe TJ604E Corded
Top PickWhat We Like
- Strong 13.5-amp motor easily reaches full tilling depth in typical garden soil.
- Assembly requires only standard tools and controls are intuitive for first-time users.
- Priced competitively for its capability, with high owner satisfaction.
Worth Noting
- Lightweight frame can bounce on very firm or dry soil, requiring extra weight for stability.
- Tine mount or motor may show wear under extensive or frequent use.
- Weight
- 27.08 lbs
- Motor Rating
- 13.5A
- Power Source
- Corded Electric
- Tilling Depth
- 8 inches
Read the full review
The 13.5-amp motor provides enough torque to dig 8 inches deep across a 16-inch path, handling compacted soil without bogging down. This combination suits home gardens up to about 1,000 square feet, where the corded power source ensures steady speed regardless of soil density.
At 27 pounds, the frame is light enough to maneuver easily, but on dry or hard-packed ground the tines can bounce rather than dig in. Some owners place a sandbag or brick over the motor housing to add weight, which stabilizes the tiller. The motor’s sustained power means you won’t lose torque as the soil condition varies.
This tiller is best suited for gardeners preparing small plots, raised beds, or vegetable gardens with loamy or moderately compacted soil. First-time buyers will appreciate the simple assembly and intuitive depth adjustment. If your soil is extremely rocky or heavy clay, the bounce may require extra ballast, and a heavier gas model might be more appropriate for the initial pass.
The corded design limits your working radius to the length of an extension cord, but eliminates battery runtime anxiety and refueling. The 16-inch width covers a row in few passes, and foldable handles simplify storage when not in use.
If the tiller bounces on hard soil, adding a sandbag or brick over the tine housing provides the extra weight needed to keep tines engaged.
Bottom line: For home gardeners tilling up to 1,000 sq ft, this corded tiller offers a good balance of power and simplicity without the maintenance of gas models.