Made of wood
Assembling without glue and chemicals
Details are already cut and ready to assemble
The models produce motion
$38.24
The Royal Carriage, a newly released build-your-own mechanical set from UGears.
In the inspiration of 1902 State Landau carriages, our toy engineers created this incredibly detailed self-propelled model of a 4-horse-pulled coach. Special attention was put in the fun detailing and the design of the Carriage. Just check out an imitating leather compartment seats, the Royal coat of arms, engraved on the door panels, and the coachmen, dressed in the finest attire.
Almost every element in the design of this Royal model is genuine and fully functioning. The doors, locking in the open and closed position; the rubber-band motor and the exposed working motor suspension belts, all these features make the Carriage look original and realistic.
Additionally, the Royal Carriage set comes with two pairs of figurines to choose from, Prince Harry in his finest military attire and his beautiful bride Meghan, and HRH The Queen with HRH The Duke of Edinburgh.
UGears Horse Mechanoid, UGears Tower Windmill, UGears Stagecoach
The Royal Carriage model is driven by a small and compact rubber band motor, that is visible through the carved body of the coach. The winding key, in the shape of the Royal coat of arms, is located in the back of the Carriage. A full wind ( about 20-25 half turns of a winding key) sets the model in motion, allowing it to cover up to 13 feet in a single setting. When the carriage is fully wound, release the activating back axle lever and watch your regal “coach and four” stroll away to a Royal gathering.
Like all UGears models, the Royal Carriage is made with high-quality plywood and is assembled without the use of glue or any special tools.
Weight: 2 lbs
Dimensions: 15 × 7 × 1.5 in
20.5” x 4.7” x 5.3”
4-8 hours
Hard
290
Made of high quality plywood; assembly requires no glue or cutting
14+
Made of wood
Assembling without glue and chemicals
Details are already cut and ready to assemble
The models produce motion
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