LEGO Technic Koenigsegg Jesko Absolut Grey Hypercar (801 PCS) – 42173 Full description LEGO. Build one of the world’s fastest road-legal hypercars with the LEGO Technic Koenigsegg Jesko Absolut Grey Hypercar, an 801-piece set designed for kids aged 10 years and older who enjoy detailed vehicle models and engineering-inspired builds. This Technic model features an articulated V8 engine, differential, and working steering operated with a detachable knob, giving young builders a more hands-on way to explore realistic mechanical functions while assembling and displaying the finished car. Inspired by the real Koenigsegg Jesko Absolut, the model includes a dihedral synchro-helix door system that lets the doors rotate 90 degrees and swing outward, adding an eye-catching signature feature that makes the build feel more authentic and interactive. The sleek Absolut Grey hypercar design captures the aggressive look of the real vehicle, making it a rewarding build for kids who love supercars and a striking display piece once construction is complete for shelf, desk, or bedroom décor. With LEGO Builder app support, kids can zoom in, rotate models in 3D, and track progress as they build, creating a more engaging experience for young vehicle fans developing confidence with more advanced LEGO Technic sets. Specifications Brand LEGO Series Technic Model Koenigsegg Jesko Absolut Grey Hypercar SKU 42173 Set Information Piece Count 801 Pieces Recommended Age 10 Years and Older Theme Technic Vehicle Type Hypercar Inspired By Koenigsegg Jesko Absolut Build & Play Features Engine Articulated V8 Engine Drivetrain Feature Differential Steering Detachable Steering Knob Door Mechanism Dihedral Synchro-Helix Doors App Support LEGO Builder App with 3D Instructions Dimensions Height Over 8 cm Length Over 28 cm Width Over 13 cm LEGO Technic Koenigsegg Jesko Absolut Grey Hypercar (801 PCS) – 42173 Contact us if you would like to enquire about this product. ← BackThank you for your response. ✨ Name & Surname(required) Email(required) Message Submit Δ
