【360° Gamepad-Style Steering Mechanism】Zealtron's omnidirectional physical steering system features an ergonomic handle-style joystick control where the direction of joystick movement and camera rotation remain perfectly synchronized, enabling unparalleled precision in confined spaces. The frictionless gear design ensures silky-smooth navigation, allowing users to effortlessly inspect engine cylinders or twisted pipelines.
【1.5m Resilient Shape-Recovering Flexible Gooseneck】Unlike semi-rigid tubes, this snake tube employs a composite structure of oil-resistant silicone and spring steel reinforcement, offering pliability and rebound resilience. It not only bends freely but also rapidly recovers its shape after bending. Even when coiled, it ensures smooth joystick control, outperforming semi-rigid tube alternatives.
【6.2mm Waterproof HD Camera】Captures razor-sharp images from 2cm to 10cm. Six adjustable LEDs eliminate shadows, while an oil-repellent lens coating resists grime. Waterproof design enables underwater operation—critical for engine carbon inspections or pipe diagnostics.
【Dual Battery Packs & Modular Design】 Featuring the industry's first hot-swappable batteries providing more than 10 hours of runtime, our standard configuration includes two 4000mAh battery packs, allowing you to conduct inspection tasks uninterrupted. The screen features a detachable design, which not only facilitates easy storage but also enables later replacements of damaged components at lower costs.
【Smart Thermal Protection】Built-in sensors trigger alerts and shut down the camera at 85°C to prevent damage during high-temperature engine checks. Heat-resistant lens housing and real-time temperature display ensure safe operation in cylinders or exhaust systems.
【One-Handed Operation Design】Its ergonomic single-handed operation design: The thumb manipulates the handle to control the probe direction, while the index or middle finger naturally rests on the photo/video button ready to record at any time. This supports quick one-handed triggering of photo capture/video recording during device operation, and enables prolonged operation without fatigue.