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Information
TRACTOR  AGV (SA-T15)

Hybrid Operation (Tugging and Carrying): Capable of performing both carrying and tugging tasks simultaneously, enabling multi-load delivery with a single vehicle.

Automated Operation: Builds maps and positions itself using environmental natural features, eliminating the need for tracks or markers. It autonomously plans routes and drives.

Safety and Reliability: Features 3D SLAM + vision navigation, dual emergency stop buttons, collision strips, and multiple safety layers.

Specification
ItemSpecification
ModelSA-T15
Dimensions (LWH)1052*956 *1750 mm


Safety System

3D SLAM + Vision Hybrid Navigation System
Sound & Light Alarm
Emergency Stop
Rated Load1,500 kg
Body Weight400 kg
Turning Radius995mm
No-load Speed1.34 m/s
Full-load Speed1.34 m/s
Load Center400mm
Maximum Gradeability

6/10%

Positioning Accuracy (mm,°)±10 mm
NetworkWIFI/5G
Battery Capacity48V/36Ah
Battery Lasting10 hours


Features

Suitable for material distribution and transfer in factories.

Operates 24/7, supporting multi-shift workflows.

Remote Operation System

Dashboard

Map Management

Task Management


Video
FAQ

5–10 years (excluding wear parts like wheels and lasers).

Yes. Our fleet system seamlessly connects to ERP/MES/WMS and intelligently assigns tasks to optimal vehicles.

  • 24/7 remote technical support.

  • Scheduled maintenance during the warranty period.

Minimal maintenance: Only periodic cleaning of laser sensors and camera lenses with non-woven cloth. Costs are lower than traditional forklifts.

Yes. SuperAnt self R&D and manufacture AGVs tailored to your functional needs and operational scenarios.

Yes. SuperAnt self R&D and manufacture AGVs tailored to your functional needs and operational scenarios.

Designed for 24/7 continuous stable operation.

We’ve delivered successful projects in automotive, logistics, electronics, furniture, packaging, and more.

6–10 hours (varies by model). Battery capacity can be customized.

Yes. Compatible with standard pallets, and custom carriers can be developed for unique loads.

a) Basic requirements: Clean, free of debris, water, oil, or other liquids.
b) Load-bearing capacity: Hard surface with hardness ≥ C30 (30KN/m² rebound value), capable of supporting the combined weight of the forklift and cargo.
c) Friction coefficient: Static friction coefficient between the floor and wheels must be >0.5.
d) Material requirements:

  • Concrete floors: Hardened surface treatment for durability, anti-static properties, and dust-free friction.

  • Epoxy floors: Anti-static treatment required in addition to hardness and load-bearing standards.
    e) Flatness: Height variation <5mm within 1m².
    f) Floor gaps: <30mm (recommended ≤15mm). Gaps exceeding 15mm must be filled, leveled with marble glue, and surface-treated to match the floor.
    g) Step height: <10mm (recommended ≤5mm). Grinding required for larger height differences.
    h) Slope: <6%.
    Note: Floors not meeting these standards, or scenarios involving elevators/steep slopes, require custom evaluation.

  • Multi-layer obstacle avoidance: Slows down upon entering the first detection zone and stops immediately in the second zone.

  • Audible/visual alerts & emergency stop: Triggers alarms during emergency brakes to warn nearby personnel.

  • Collision buffers & safety edges: Equipped with front/rear shock-absorbing bumpers and emergency stop triggers.

  • AI fleet coordination: The scheduling system calculates conflict-free routes in multi-AGV environments to enhance safety.

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