Quickboost QB72357 Halifax B Mk.I/II exhaust type A 1/72 – Resin exhaust pipes for Halifax model

The Quickboost QB72357 Halifax B Mk.I/II exhaust type A 1/72 set consists of precisely crafted resin parts designed for the upgrade of plastic scale models of the Handley Page Halifax B Mk.I and B Mk.II bombers in 1/72 scale. The set is designed as a direct replacement for the original plastic exhaust pipes in Revell kits, offering significantly higher detail and more accurate representation of the historical original.

Historical information

The Handley Page Halifax was one of the most important heavy bombers of the RAF used during World War II. It served with the Royal Air Force of Great Britain as well as with the air forces of Canada, Australia, New Zealand, and Poland (including bomber and special supply squadrons). The Halifax B Mk.I and B Mk.II took part in numerous strategic bombing raids over Europe, conducting combat operations from 1940 to 1945, as well as in special operations and supply drops for resistance movements.

Product details and application

• Product dedicated for Handley Page Halifax B Mk.I and B Mk.II models (Revell 1/72)
• Set scale: 1/72
• User nations: Great Britain and Allied countries
• Historical period: World War II
• Material: high-quality resin, highly detailed
• Product type: resin detail-up set for plastic model kit
• No need for additional model modifications – direct replacement for original kit parts
• Enhances realism and highlights the historical accuracy of the model thanks to more accurate shapes and fine details achieved with resin technology

Review and recommendation

Quickboost QB72357 is recommended both for experienced modelers and ambitious collectors who want to take their Halifax model to a higher level of realism. Excellent build quality and ease of fitting make this product ideal for both contest model builds and home historical projects.

Assembly difficulty level: 2/5 – the set requires basic knowledge of working with resin, minimal processing, and fitting to the model.