What is included?
One STT 1S MAX aircraft, one STT-HUB1101 cabinet, four aircraft batteries, and one STTBOT-S1 or STTBOT-T1.
SKYHUB
STTBOT-T1
Catalogue specification Rev 1.3, 2026-09-27.
Download the English Rev 1.3 product manual (PDF)English customer edition, Rev 1.3, 27 September 2026.
Side catalogue page
Rear catalogue page
Catalogue specifications
Standing height: 1320 mm
Condition text is the Rev 1.3 English catalogue wording.
| Specification | Value | Condition |
|---|---|---|
| Standing height | 1320 mm | |
| Mass | approximately 35 kg | |
| Degrees of freedom | 23 | legs 12, arms 10, waist 1 |
| Standing reference | 450 × 200 mm | |
| Single-arm payload | approximately 3 kg | Arm payload, arm span, and shoulder width are not the same definition on S1 and T1 and must not be compared directly. |
| Arm span | approximately 450 mm | Arm payload, arm span, and shoulder width are not the same definition on S1 and T1 and must not be compared directly. |
| Battery pack | 13-series 9000 mAh | |
| Battery energy estimate | 432.9 Wh | estimated at 3.7 V per cell |
| Typical working time | approximately 2 h | typical working time; not the 1.52 h wireless energy window |
| Folded transport size | 690 × 450 × 300 mm | folded for transport |
| Wired charger | 54 V / 5 A | |
| Wireless charge power | 200 W | contactless module; 200 W is the transfer rating |
| Wireless energy window | 1.52 h | equals 303.03 Wh ÷ 200 W only; assumes the battery side stays at 200 W for the whole interval; window is 20% to 90% SOC; not a full-charge time; not the approximately 2 h working time |
| Leg degrees of freedom | 6 per leg | |
| Arm degrees of freedom | 5 per arm | |
| Waist degrees of freedom | 1 | |
| Standard end effector | Standard configuration has no independent dexterous-hand degrees of freedom | |
| Locomotion | Bipedal walking | |
| Audio | Four-microphone array and 5 W speaker | |
| Onboard AI compute | 16 GB edge AI compute platform; up to 157 sparse INT8 TOPS / 78 dense INT8 TOPS module peak capability | Compute figures state processing capacity, not a measured site recognition accuracy or response latency. |
| Stereo depth sensing | Active-infrared stereo depth with 0.10 m to beyond 20 m module range; recommended working range approximately 0.26–3 m | Extreme sensor range is not a promised robot obstacle-recognition or object-identification distance. |
| Depth image | Up to 1280 × 800 at 30 frames/s | |
| RGB image | Up to 1920 × 1080 at 30 frames/s | |
| Depth field of view | Approximately 90° horizontal × 65° vertical | |
| RGB field of view | Approximately 86° horizontal × 55° vertical at 16:9 | |
| Inertial sensing | Six-axis IMU within the depth assembly; robot motion state also uses its joint and balance feedback | |
| 3D range sensing | 360° horizontal view; approximately −7° to +52° vertical view | |
| 3D range | Approximately 40 m on a 10% reflectivity target; 100 m maximum module range | 100 m cutoff is not a guaranteed detection distance. |
| Point output | Up to 200,000 points/s first return; typical 10 Hz point-cloud frame rate | |
| Laser product classification | Class 1 at 905 nm for the specified range-sensing assembly | |
| Wireless link | Wi-Fi 6 and Bluetooth 5.2 | |
| Wired/service link | Ethernet and USB with controller-specific expansion | |
| Base movement | Bipedal walking, standing, squatting and whole-body motions | |
| Coupling | Near-field magnetic inductive / resonant transfer | |
| Suggested operating gap | 5–15 mm; preferred 8–10 mm | |
| Lateral alignment | Approximately ±10 mm | subject to dock geometry |
| Transfer efficiency | At least 85% at specified alignment; typical 88–90% in favorable alignment | |
| Receiver output | Configurable 48–54.6 V DC, maximum 200 W | 200 W is the contactless transfer rating, not a full-charge time and not the approximately 2 h working time. |
| Charge control | BMS-linked start/stop and monitored constant-current/constant-voltage profile | |
| Protective functions | Input/output voltage, overcurrent, short circuit, overtemperature, undervoltage and foreign-object detection | |
| Typical operating reference | 216.45 W | calculated energy-balance average under the 3.7 V/cell planning condition; not the 200 W transfer rating and not the approximately 2 h working time |
| Energy from 20% to 90% SOC | 303.03 Wh | 432.9 Wh × 70% before battery-health and temperature effects |
Arm payload, arm span, and shoulder width are not the same definition on S1 and T1 and must not be compared directly. S1 joint angles must not be copied from T1.
Catalogue limits
- These are catalogue specifications from Rev 1.3. This page does not state that a site has been delivered.
Questions
How do S1 and T1 differ?
STTBOT-S1 is approximately 880 mm and approximately 13 kg. STTBOT-T1 is 1,320 mm and approximately 35 kg. They are sold separately.
Where does the robot charge?
On its own 200 W wireless position. It does not enter the hangar battery bay. 200 W is not a full-charge time.
Is 54 minutes guaranteed?
No. 54 min is the maximum forward flight time at 12 m/s, no wind, photo mode, obstacle action off, 100% to 0% SOC. Maximum flight time is not a guaranteed route duration.
Is this air-ground system a street-light pole?
No. It is not a street-light pole and it does not mount on a pole. The octagonal silicon pole and the cylindrical CIGS pole are two other products in this catalogue.