TinS-8 Autonomous Crawler Robot: Robust Inspection and Survey with Camera

• ✔ Robust diamond-shaped tracked chassis for extreme terrain
• ✔ Excellent ability to overcome obstacles and climb stairs
• ✔ Water and dust resistance with IP65 protection for reliable operation
• ✔ Advanced Matilda & Christie suspension system for a stable ride
• ✔ Modular platform for installing cameras, robotic arms and other equipment
• ✔ Precise closed-loop control and turn-in-place capability
• ✔ Long battery life thanks to powerful 48V 50Ah LiFePO4 battery

Discover TinS-8, a cutting-edge autonomous tracked robot designed for the most demanding tasks in urban and industrial environments. This multifunctional platform is the ideal solution for patrolling, inspection, collaborative transport and many other applications where maximum reliability and flexibility are required.

🚀 What can TinS-8 do?

• Multifunctional platform for a wide range of applications, from inspections to transport.
• Excellent off-road capabilities with 150mm ground clearance and diamond track chassis.
• Resistance to adverse conditions thanks to IP65 protection.
• Advanced Matilda and Christie suspension systems for a smooth ride.
• Possibility of equipping with an optional two-axis Pan/Tilt head for precise camera positioning.
• Precise closed-loop control with the ability to turn in place.
• Long operating time with 48V 50Ah Lithium iron phosphate battery.
• Support control via joystick, RC controller or PC software.
• Switchable high and low beam for night operations.
• Support for customization and secondary development for specific needs.

🔍 A detailed look at his abilities

The TinS-8 robot is the epitome of engineering excellence and robustness. Its unique diamond-shaped chassis not only provides an impressive 150 mm ground clearance, but also excellent ability to overcome obstacles and climb stairs, making it ideal for operations in the most difficult terrain. Rubber tracks with an extended contact area guarantee optimal grip and traction on any surface. The integrated suspension system, combining Matilda and Christie technologies, effectively absorbs shocks and vibrations, protecting sensitive equipment and ensuring a stable ride.

At the heart of the drive are brushless Hall motors or servo motors with encoders, which, together with a closed control system, ensure unrivaled precision in controlling steering angle, speed and path. This allows the robot to perform complex maneuvers, including turns on the spot or spiral movements, with maximum precision. For maximum flexibility, a variety of control methods are available, from an intuitive joystick, through standard RC model controllers, to advanced control using commands from a host computer.

❓ Do you need a reliable helper for difficult terrain?

Are you facing challenges such as inspecting large industrial sites, monitoring hazardous areas or ensuring safety in complex urban environments? Perhaps you are looking for a universal platform that can adapt to specific tasks, such as transporting equipment in difficult terrain or supporting rescue operations. Standard solutions often fail in extreme conditions, have limited throughput or lack the flexibility for different applications. You need a robot that you can rely on in all circumstances.

🎯 A precise and durable solution for every challenge

TinS-8 is the answer to your operational needs. This robust and highly adaptable platform overcomes the limitations of traditional systems. Thanks to its uncompromising design and advanced technologies, it offers a reliable solution for autonomous patrolling, detailed inspections and efficient logistics even in the most demanding conditions. With TinS-8, you get not only a reliable partner, but also a tool that allows you to expand your capabilities and reduce the risks of human work.

✅ More than just features: Real benefits

• Rugged design with IP65: Water and dust resistance ensures reliable operation in extreme conditions and reduces maintenance costs.
• Advanced Suspension: Matilda and Christie systems absorb shock for a smooth ride and protect sensitive equipment even in challenging terrain.
• High terrain clearance: The diamond chassis and 150mm ground clearance allow you to overcome obstacles and climb stairs, expanding your operational capabilities.
• Modular platform: Easy integration of cameras, sensors or robotic arms transforms the robot for a wide range of specific tasks, saving investment in specialized equipment.
• Precise and intuitive control: The combination of closed loop, joystick and PC control ensures precise maneuvering and flexibility for operators of varying levels of experience.
• Long battery life: 48V 50Ah LiFePO4 battery guarantees extended operating time, minimizes downtime and increases work efficiency.

👥 Who will appreciate its potential?

• Municipal authorities and administrations: For monitoring and inspection of public spaces, parks or infrastructure facilities.
• Industrial enterprises: For autonomous patrolling, safety control and data collection in large production halls, warehouses and hazardous zones.
• Security forces and rescue workers: As a platform for surveying, monitoring or removing dangerous objects in inaccessible areas.
• Research and development institutions: As a flexible and resilient platform for testing and implementing new robotic algorithms and sensors.

💡 Do you have questions? Here are the answers

• Concern: Is the robot difficult to control? Answer: The combination of a joystick, a standard RC controller, and control via computer software ensures intuitive and precise control that you will quickly master, regardless of your experience level.
• Concern: What is the battery life in harsh terrain? Answer: The robust 48V 50Ah Lithium Iron Phosphate battery is designed for long and reliable operation with high energy density and long cycle life, minimizing downtime and maximizing operational efficiency.
• Concern: Can the robot really handle extreme terrain and bad weather? Answer: With IP65 protection, diamond-track chassis, 150mm ground clearance and advanced suspension, the TinS-8 is designed for extreme outdoor environments and safely overcoming obstacles, including stairs and uneven surfaces.

Technical specifications

Chassis clearance	150mm
Maximum climb angle	≤30°
Maximum weight (including battery)	160 kg
Degree of protection	IP65
Drive type	DC brushless Hall motor or servo motor + encoder
Control system	Closed loop for precise control of angle, speed and path (Speed ​​loop + displacement loop + differential loop)
Driver protection	Overvoltage, overcurrent, undervoltage, overheating, short circuit
Control	Joystick, standard model RC radio, commands from a master PC
Communication protocols	485 communication, CAN protocol
Suspension system	Matilda suspension combined with Christie shock absorption
Belt type	Rubber belts with good adhesion
Battery	48V 50AH Lithium Iron Phosphate (LiFePO4)
Optional Pan/Tilt head (horizontal)	Torque 100NM, speed 180 °/s
Optional Pan/Tilt head (vertical – option 1)	Torque 100NM, speed 180 °/s
Optional Pan/Tilt head (vertical – option 2)	Torque 50NM, speed 360 °/s
Other features	Switchable high and low beam for night driving, support for customization and secondary development

Frequently Asked Questions (FAQ)

What types of tasks can the TinS-8 robot perform?

It is designed for a wide range of tasks, including patrolling, inspections, collaborative transport, security monitoring, explosive ordnance disposal, and serves as a platform for robotic arms, cameras, and lifting platforms.

Is the robot suitable for outdoor use in harsh conditions?

Yes, with IP65 protection, diamond track chassis, 150mm ground clearance and advanced Matilda/Christie suspension, the TinS-8 is optimized for operation in extreme terrain and adverse weather.

What are the robot control options?

The robot can be controlled using a joystick, a standard modeler's remote control, or via commands from a host computer, providing flexibility for different usage scenarios.

Can I connect my own device to the robot?

Yes, TinS-8 is a modular platform that supports customization and secondary development. It can be equipped with various devices such as cameras, robotic arms or special sensors according to your needs.

How is the accuracy of movement and control ensured?

Thanks to a closed control system with brushless motors and encoders, supplemented by speed, displacement and differential loops, precise control of steering angle, speed and path, including turning on the spot, is guaranteed.

What types of communication does the robot support?

The robot uses 485 communication and CAN protocol, which allows reliable data exchange with external systems and sensors and easy integration into existing infrastructures.