Skip to product information
1 of 1

ICM

ICM 1/48 - Bristol Beaufort Mk.IA with Tropical Filter

ICM 1/48 - Bristol Beaufort Mk.IA with Tropical Filter

SKU:

Regular price £39.99
Regular price £49.99 Sale price £39.99
Sale Sold Out
Taxes included. Shipping calculated at checkout.

The ICM 1/48 scale Bristol Beaufort Mk.IA with Tropical Filter model kit meticulously replicates this WWII British torpedo-bomber, adapted for operations in hot and dusty climates such as the Mediterranean and the Pacific theatre. Serving with the RAF Coastal Command and Commonwealth air forces, the Mk.IA variant was fitted with enhanced air filtration systems to protect its Bristol Taurus radial engines in extreme conditions. Designed for torpedo strikes, mine-laying, and reconnaissance, the Beaufort proved vital in disrupting Axis naval operations.

Key Features:

Authentic Fuselage & Wing Details: Engraved panel lines, rivets, and structural reinforcements.

Fully Equipped Cockpit & Bombardier Station: Features realistic pilot, navigator, and gunner positions.

Tropical Filter Modification: Accurately represents the desert-adapted air intake system.

Versatile Armament Loadout: Includes torpedo, bombs, and defensive machine guns.

Positional Options: Landing gear, bomb bay doors, and cockpit canopy can be displayed open or closed.

Twin-Engine Detailing: Realistic Bristol Taurus radial engines with tropical filtration system.

Historical Markings: Decal options for RAF and Commonwealth Air Forces in tropical theatres.

Specifications:

Scale: 1/48

Kit Number: 48293

Parts Count: Over 200 pieces

Dimensions:

Length: 274 mm

Wingspan: 393 mm

Assembly and Painting:

This model kit requires assembly and painting. Glue, paints, and modeling tools are not included. The kit includes detailed illustrated instructions for a rewarding build experience.

The ICM 1/48 Bristol Beaufort Mk.IA with Tropical Filter is a must-have for WWII aviation collectors, offering historical accuracy, superb detailing, and a striking presence in any collection.

Recommended for intermediate to advanced modelers due to intricate details and assembly complexity.

View full details