DESCRIPTION
Slamtec Apollo 2.0 is a Mobile-Robots from Slamtec. It is built for Delivery, Guiding, Transport. Key figures: 40 kg, 960 min runtime, 80 kg payload.
Apollo 2.0 is the general-purpose round chassis in Slamtec's commercial range, rebuilt on SLAMWARE 3.0 with new hardware and structure. At 520 mm across and 270 mm tall it takes 80 kg rated and 100 kg maximum on a 40 kg chassis, and it is the most environmentally hardened platform Slamtec sells: IP54 rated, with a closed bottom that keeps debris out of the running gear, dual-row independent suspension casters, and 15 kV ESD protection. Perception is layered rather than singular - a 30 m LiDAR, two depth cameras spanning nearly 150 degrees, three ultrasonic sensors, a dedicated sensor that catches obstacles as low as 3 cm and drops of 5 cm, magnetic sensors and a physical safety rim - which is how it claims 360-degree protection with no blind spot. It maps 500 x 500 m at a time, runs over 16 hours unloaded and 14 loaded, aligns to within 2 cm, and up to three of them can work the same space without colliding. Slamtec quotes 10-degree slopes, 2 cm vertical bumps and a 70 cm minimum aisle.
FEATURES
- Size 520 x 520 x 270 mm
- net weight 40 kg
- Rated load 80 kg
- maximum load 100 kg on flat concrete
- IP54 protection with an enclosed bottom structure
- 15 kV ESD protection
- Dual-row independent suspension casters
- LiDAR: 0.05-30 m at 90% reflectivity, 0.05-10 m at 10%
- Two depth cameras, FOV H147.3 x V71.3 degrees
- Three ultrasonic sensors, maximum detection range 300 cm
- Low-obstacle and cliff sensor: detects obstacles from 3 cm and cliffs from 5 cm
- Two magnetic sensors, 35 mm range, disabled by default
- Bumper safety rim, 10 N minimum trigger force
- Maximum mapping area 500 x 500 m at 5 cm resolution, 350 x 350 m at 1.5 cm
- Maximum speed 1.2 m/s, customisable to 1.5 m/s
- default 0.7 m/s
- Maximum slope 10 degrees
- traverse bump height 2 cm
- minimum path width 70 cm
- Alignment accuracy typically +/-2 cm at 1.5 cm map resolution
- Minimum positioning angle +/-1.0 degree
- Supports up to three robots operating in the same scene
- 24 V 29.4 Ah lithium iron phosphate battery
- optional 35 Ah ternary lithium
- Operating time over 16 hours no-load, 14 hours at full load
- SLAMWARE 3.0 localisation and navigation with multi-sensor fusion
- Directional track mode and track priority mode
- precise docking with reflectors
- Autonomous elevator access and IoT integration
- multi-robot scheduling over LoRa
- Operating temperature 0 to 40 degrees C
- humidity 20-90% rh
TECHNICAL SPECIFICATIONS
Verified| Physical | |
| Weight | 40 kg |
|---|---|
| Dimensions | L 520 mm × W 520 mm × H 270 mm |
| Payload | 80 kg |
| Mobility | |
| Movement Type | Wheeled |
| Speed | 4.32 km/h |
| Environment | Indoor commercial and public interiors, 0-40 degrees C, 20-90% rh |
| Actuators | Round wheeled chassis with dual-row independent suspension casters and an enclosed IP54 bottom structure |
| Power | |
| Battery Life | Over 16 hours no-load; 14 hours at full load |
| Sensing & Compute | |
| Sensors | LiDAR, depth camera x2, ultrasonic sensor x3, low-obstacle and cliff sensor, magnetic sensor x2, bumper safety rim |
| Software / AI | SLAMWARE 3.0 autonomous localisation and navigation with multi-sensor data fusion; multi-robot scheduling; elevator and door control |
ROBOT FORUMS
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TECHNICAL SPECIFICATIONS
Verified| Physical | |
| Weight | 40 kg |
|---|---|
| Dimensions | L 520 mm × W 520 mm × H 270 mm |
| Payload | 80 kg |
| Mobility | |
| Movement Type | Wheeled |
| Speed | 4.32 km/h |
| Environment | Indoor commercial and public interiors, 0-40 degrees C, 20-90% rh |
| Actuators | Round wheeled chassis with dual-row independent suspension casters and an enclosed IP54 bottom structure |
| Power | |
| Battery Life | Over 16 hours no-load; 14 hours at full load |
| Sensing & Compute | |
| Sensors | LiDAR, depth camera x2, ultrasonic sensor x3, low-obstacle and cliff sensor, magnetic sensor x2, bumper safety rim |
| Software / AI | SLAMWARE 3.0 autonomous localisation and navigation with multi-sensor data fusion; multi-robot scheduling; elevator and door control |
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ROBOT FORUMS
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FREQUENTLY ASKED QUESTIONS
What is the Slamtec Apollo 2.0?
Apollo 2.0 is the general-purpose round chassis in Slamtec's commercial range, rebuilt on SLAMWARE 3.0 with new hardware and structure.
Who makes the Slamtec Apollo 2.0?
The Slamtec Apollo 2.0 is made by Slamtec, a robotics company based in China.
How much does the Slamtec Apollo 2.0 cost?
Slamtec has not publicly announced pricing for the Slamtec Apollo 2.0. You can enquire through RobotAIGeek for current pricing.
What is the Slamtec Apollo 2.0 used for?
The Slamtec Apollo 2.0 is designed for delivery, guiding, and transport. It is used in healthcare, hotels, restaurants & f&b, and retail settings.
What is the payload capacity of the Slamtec Apollo 2.0?
The Slamtec Apollo 2.0 has a payload capacity of 80 kg.
How much does the Slamtec Apollo 2.0 weigh?
The Slamtec Apollo 2.0 weighs 40 kg.
How fast is the Slamtec Apollo 2.0?
The Slamtec Apollo 2.0 can move at speeds of up to 4.32 km/h.
What is the battery life of the Slamtec Apollo 2.0?
The Slamtec Apollo 2.0 runs for Over 16 hours no-load; 14 hours at full load on a charge.
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