COBI Citroen Traction 11CV BL: WWII Era Classic Car Build
By COBI Bricks: Building Blocks For Kids, Construction Block | Published: 2026-10-30
Category: Product Reviews
Build the COBI Citroen Traction 11CV BL (Set #2266) with our step-by-step guide, featuring key assembly tips and historical context.
Quick Answer
To build the COBI Citroen Traction 11CV BL (Set #2266), follow the included manual step-by-step, but pay special attention to the front-wheel drive assembly and the self-supporting body structure to ensure a sturdy and accurate model.
Why This Build Stands Out
The Citroen Traction 11CV BL is not just a building block car; it's a piece of automotive history. Produced from 1937 to 1957, the original car was renowned for its self-supporting body and front-wheel drive, features that were revolutionary at the time. The unofficial name 'Traction Avant' literally means 'front-wheel drive' in French, highlighting its groundbreaking engineering.
Building this model gives you a tangible connection to that era, making it a rewarding project for history buffs and building block enthusiasts alike. The set's design captures the classic lines of the original, offering a satisfying build that results in a display-worthy piece.
What to Expect from the Build Process
The build is straightforward but requires attention to detail, especially when assembling the chassis and the body panels. The self-supporting body design means that the body structure is integral to the model's stability, so ensuring each connection is firm is crucial.
Take your time with the front-wheel drive mechanism; aligning the steering components correctly will prevent issues later. The model's scale and part count are manageable for builders with some experience, but beginners can also enjoy it with patience.
Remember that the set includes a COBI figure, adding to the display value. The finished model is a compact yet detailed representation of the classic car, perfect for a desk or shelf.
Step-by-Step Build Guide
- Organize Your Parts: Sort all bricks by color and size before you start. This saves time and prevents frustration during the build. Check that all parts are present against the manual's parts list. A common mistake is missing a part because it was overlooked in the pile; a quick inventory check avoids mid-build pauses.
- Assemble the Chassis and Front-Wheel Drive: Follow the manual to build the base chassis, paying special attention to the front-wheel drive mechanism. Ensure the steering linkage is aligned correctly before securing it with bricks. Misaligned front-wheel drive parts can cause the model to sit unevenly; double-check the alignment before moving on.
- Build the Self-Supporting Body: Construct the body panels according to the manual, connecting them firmly to the chassis. The self-supporting design means the body provides structural strength, so press each connection tightly. Loose connections can make the body wobbly; ensure every brick is snapped fully into place.
- Add Details and Finalize: Attach the remaining details such as the hood, fenders, and interior. Place the COBI figure in the driver's seat to complete the scene. Don't forget to press the final pieces firmly; a quick once-over of the model can catch any loose parts.
Product Facts
- COBI Citroen Traction 11CV BL: Set #2266: Released under the license of the automotive giant from France, the Citroen Traction 11CV BL car is a piece of history that you can build piece by piece! The original car was produced from 1937 to 1957. This licensed model lets you recreate a historically significant vehicle with authentic design cues, making it a great conversation starter.
COBI Citroen Traction 11CV BL: Set #2266 - COBI Citroen Traction 11CV BL: Set #2266: It was distinguished by a self-supporting body and front-wheel drive. The widely accepted and unofficial name of the car is Traction Avant, which means 'front-wheel drive' in French. The self-supporting body is a key structural feature in the build, so understanding it helps you assemble the model more accurately and appreciate its engineering.
