Ejection Seat MB Mk.10LH for Hawk T.2,67,100/102,127,CT-155 (3D printing) Scale 1:48 ResKit RSU48-0270 for Aircraft Model Kit

Aftermarket resin and 3D printed accessory designed for aircraft scale model kits, representing the Martin-Baker Mk.10LH ejection seat used in several BAE Systems Hawk trainer variants.

Highly detailed parts intended for accurate 1/48 scale aircraft models, reproducing the seat structure, headrest section, harness layout, and other characteristic features typical of the Mk.10 family.

The Mk.10LH seat is widely installed in later Hawk trainer variants including T.2 and export derivatives. Because the cockpit of the Hawk is large and highly visible under the canopy, replacing the kit seat helps improve the visual depth and structural detail of the cockpit interior.

For modelers: paint the seat frame and cushions before adding small details such as belts and handles. Installing the seat after completing the cockpit tub helps avoid accidental damage during assembly.

Product Specifications

• Subject: Martin-Baker Mk.10LH Ejection Seat
• Compatible aircraft: BAE Systems Hawk family (T.2, T.67, 100/102, 127, CT-155)
• Scale: 1/48 (also written as 1:48)
• Product type: Ejection Seats
• Type of equipment: Aircraft
• Recommended kit: Any / Universal
• Manufacturer: ResKit
• Material: Resin / 3D Printed
• SKU: RSU48-0270

This item is part of ResKit and belongs to Aftermarket. Browse more in ResKit Ejection Seats or compare with Ejection Seats. For matching builds, see Aircraft Model Kits and 1/48 Aircraft Model Kits.

FAQ

Which aircraft use the Mk.10LH ejection seat?

This seat type is installed in several BAE Systems Hawk trainer variants including T.2, T.67, 100/102, 127, and CT-155 aircraft.

Is this seat compatible with different model kits?

The set is designed as a universal 1/48 replacement seat and can be used in multiple Hawk kits depending on cockpit layout.

When should the seat be installed in the cockpit?

Many modelers install the seat after finishing cockpit painting and decals to avoid damaging small details during assembly.