Description
Sandbag Store Production Cart — Heavy-Duty, No-Flat, Made in USA
Built by the sandbag experts who move thousands of pounds every day, the Sandbag Store Production Cart™ is the first film-grade transport cart designed specifically to handle the extreme weight and abuse of professional sandbag use.
With a 1,350-lb cargo capacity (1,600 lb total rating), this cart carries more than any production cart in its class. The Step-Lock™ foot brake system lets you keep both hands on the handle until the brake fully engages—no more fumbling for a lever or worrying about roll-aways on set.
Our Gorilla™ No-Flat wheels are maintenance-free, puncture-proof, and always ready to roll. Whether you’re on a sound stage, parking lot, or gravel lot, these rugged tires keep you moving without ever needing air.
A heavy black powder-coat finish resists scratches and corrosion, and custom colors are available upon request for rental houses, studios, and event companies that want branded equipment.
Because we manufacture every cart in-house in Las Vegas, there are no tariffs, duties, or dealer markups. That means our price—$950 with free nationwide shipping—delivers the best value in the industry, often half the cost of competing carts once freight is added.
If your crew moves sandbags, cables, or stage weights, this is the cart built for you. Stronger. Smarter. Made in the USA.
Key Features
- 1,350 lb cargo weight (1,600 lb total rated load)
- Step-Lock™ foot brake for hands-free safety
- Gorilla™ No-Flat wheels — never worry about air pressure or flats
- Heavy-duty black powder-coat finish
- Custom colors available upon request
- Built and tested in-house by The Sandbag Store team in Las Vegas, NV
- Free shipping within the USA
Why It’s Better
- 35% higher load rating than standard 1,000 lb production carts
- Maintenance-free wheels = zero downtime on set
- Direct-from-manufacturer pricing — no middlemen
- Built by the same people who make the world’s toughest sandbags
- Designed for film, television, and event professionals who demand reliability
