Jaypro Lacrosse Goal Cart LG-HT

Jaypro Lacrosse Goal Cart LG-HT

Jaypro Field Hockey Goal FHG-2ALS

Field Hockey Goal (2 in. x 2 in. Square Aluminum with Bottom Boards) - Official (7 ft.H x 12 ft.W x 4 ft.D) - NFHS, NCAA, FIH Compliant

Aluminum goals with high-density bottom boards that never fade or break.

• NCAA, NFHS, and FIH compliant

• All welded frames for maximum stability

• Net clips (SNT-180), nets, and wheels included

Product Dimensions: 12'W x 7'H x 4'D

Manual

FHG-2ALS Specs

What Our Experts Think

• Heavy-Duty Construction: Built with durable steel to withstand frequent use and heavy loads.
• Effortless Mobility: Equipped with smooth-rolling wheels for easy transportation of lacrosse goals across fields or storage areas.
• Time-Saving Design: Reduces strain and effort when moving goals, making setup and breakdown quicker and more efficient.
• Secure Fit: Designed to hold goals securely in place during transport, preventing damage.
• Ideal for Sports Facilities: Perfect for schools, leagues, and training centers looking for a convenient goal-moving solution.

Q&A

Q: What is the Jaypro Lacrosse Goal Cart used for?
A: It is designed to transport lacrosse goals easily, reducing effort and preventing damage.

Q: What is the cart made of?
A: It features a heavy-duty steel frame with durable wheels for smooth movement.

Q: How many goals can it carry?
A: The cart can transport multiple lacrosse goals at once, depending on size and weight.

Q: Is assembly required?
A: Minimal assembly may be needed, and instructions are included for easy setup.

Q: Can it be used on all surfaces?
A: Yes, its rugged wheels allow for smooth transport on grass, turf, and hard courts.

Maintenance Tips

• Regular Cleaning: Wipe down the frame to remove dirt and debris.
• Check Wheels: Inspect for wear, ensure proper inflation (if applicable), and lubricate moving parts.
• Tighten Hardware: Regularly check and secure bolts and fasteners.
• Store Properly: Keep in a dry area to prevent rust and prolong lifespan.
• Load Evenly: Avoid overloading to maintain stability and durability.