DWDR1004-2 Remote Control Baby Dinosaur Pachyrhinosaurus

Description

DWDR1004 Remote Control Baby Dinosaur Pachyrhinosaurus

 

Size : 182cm x 30cm x 42cm

Delivery time : 30days or based on order quantity

Upper body movements : Mouth , Eyes , Head , Neck , Tail ( Customization is available )

Four legs Movements : Walking , Running , Dancing , High Five / Shake Hand, Jumping , Lie Down , Stretch , Standing Up From A Fall , Climb Stairs ( Customization is available )

Other Additional Functions : Wireless Follow System , Voice control , Secondary Development ,  Automatic Power Charging , AI voice dialogue

The Ultimate Animatronic Baby Dinosaur Meet a remote-controlled, walking, dancing and running baby dinosaur perfect for events, trade shows & more! Customizable & available for pre-order Key Features (Bullet Points + Icons) Lifelike Movements – Walks, runs, and roars like a real dinosaur.

Remote-Controlled – Easy operation for seamless interaction. 25mins – 45mins Battery Life – Perfect for events and exhibitions.

Fully Customizable – Colors, sounds, and branding options. Crowd Magnet – Guaranteed to wow audiences and boost engagement.

KEY FEATURES Precision Engineering: 12 aluminum knee joint motors with heat pipe cooling system for optimal temperature management and extended operation Advanced Perception: Integrated super wide-angle 3D LiDAR and HD wide-angle camera for comprehensive environmental awareness

Extended Operation: High-capacity 8000mAh standard lasting and 15000mAh long lasting battery providing industry-leading runtime

Intelligent Navigation: Sophisticated detection and avoidance systems for autonomous operation Versatile Movement: Capable of dynamic actions including jumping, climbing, navigating uneven terrain, and performing interactive gestures

The unique dancing dinosaur represents the next evolution in quadruped robotics, featuring advanced AI-driven mobility and sensing capabilities. Built on the foundation of cutting-edge robotics technology, this special dinosaur delivers exceptional performance across diverse environments and applications.