3D-Printed Underwater Glider Hull Kit (90mm x 250mm)

Overview

This 3D-Printed Underwater Glider Hull Kit is a hydrodynamic chassis designed for DIY marine robotics, autonomous underwater vehicles (AUVs), and educational buoyancy projects. Manufactured using precision 3D printing, the hull provides a customizable enclosure for electronic components, battery packs, or buoyancy engines. Core Specifications: • Hydrodynamic Chassis: Features a standard outer diameter of 90 mm and a total length of 250 mm, providing balanced internal volume for microcontrollers and sensors. • Optimized Weight: Weighs approximately 370 grams, allowing developers to easily fine-tune ballasts and trim weights to achieve neutral buoyancy configurations. • Stabilized Nose Cone: Outfitted with a red nose cone featuring integrated stabilizer fins to improve glide path tracking and efficiency. • CAD Files Included: Purchase of this module includes the physical 3D-printed assembly along with the digital 3D CAD model files (STEP/STL), allowing you to modify, scale, or reprint parts to fit custom thrusters or sensor mounts. Package Includes: • Fully assembled 3D-printed Underwater Glider Hull (White central cylinder with Red nose and tail caps) • Downloadable 3D CAD models (STEP/STL formats) for customization.

Key features

• Precision 3D-printed nose cone with integrated stabilization fins
• Lightweight 370g physical hull optimized for buoyancy ballast adjustments
• Cylindrical design with a 90mm outer diameter and 250mm length
• Removable end caps for convenient internal hardware access
• Original CAD design models delivered for customization and reprinting
• Adaptable chassis for Arduino-based autonomous underwater vehicles and ROVs