Archer FH77BW Twin 482 Ordinary Wheel Set for Hobby Boss

Set of 3D-Printed Ordinary Wheels Twin 482, 750/50 B 30.5 for Archer FH77BW by Hobby Boss in 1:35 scale

To make your model of the Archer FH77BW self-propelled howitzer look even more realistic, we’ve created a set of highly detailed 3D-printed Twin 482, 750/50 B 30.5, available in two versions:

• Ordinary Wheels — for a clean, balanced appearance of your model;
• Weighted Wheels — to replicate the weight of the heavy vehicle and add a natural tire stance

Each wheel accurately reproduces the tread pattern, rim geometry, and sidewall details of the real forestry tires used on the Archer FH77BW. During development, we studied original photographs, technical documentation, and reference materials to capture authentic proportions and characteristic features of the wheels.

Thanks to high-resolution photopolymer 3D printing, every wheel offers crisp detailing, sharp edges, and precision far beyond what standard plastic kit parts can provide.

The wheels are compatible with Hobby Boss kits in 1/35 scale. This wheel set is the perfect finishing touch for any Archer FH77BW model — enhancing realism, adding visual weight, and giving your build a more convincing and expressive appearance.

Archer FH77BW — Swedish self-propelled howitzer

The Archer FH77BW is a modern Swedish self-propelled 155 mm artillery system mounted on a high-mobility 6×6 or 8×8 chassis. Designed for rapid deployment and accurate fire support, it combines the mobility of a wheeled vehicle with the firepower of a heavy artillery system.

Equipped with Twin 482, 750/50 B 30.5 tires, the Archer is capable of traversing challenging off-road and forestry terrain while transporting heavy ammunition loads. Its wheeled chassis, modern suspension, and precision engineering allow for fast repositioning, making it an effective and flexible asset on the battlefield.

The Archer FH77BW remains a highly respected artillery system worldwide — a symbol of Swedish engineering, modern tactical thinking, and the integration of mobility with firepower.