Ranked1X NEO vs Apptronik Apollo 2
Key facts
1X NEO (1X Technologies; Pre-order) and Apptronik Apollo 2 (Apptronik; Pilot) are both humanoid robots. Published for only one of them: height (1X NEO: 1.68 m (5 ft 6 in)); weight (1X NEO: 29.9 kg (66 lb)); degrees of freedom (1X NEO: 75); hand DOF (1X NEO: 22); payload (1X NEO: 25 kg (55 lb)); runtime (1X NEO: 4 h); walking speed (1X NEO: 1.4 m/s (5 km/h · 3.1 mph)). Only 1X NEO has a public price: US$20,000 (Early access), US (pre-order price). Robot 500: 1X NEO #2 (score 75.2), Apptronik Apollo 2 not ranked (fewer than 2 sourced capability figures). Disclosure: 1X NEO has 27 sourced values (84% of tracked fields), Apptronik Apollo 2 has 9 (32%).
Cite: RankedRobot, https://rankedrobot.com/compare/1x-neo-vs-apptronik-apollo-2/ (checked 2026-09-26) · Every figure below links to its source · 1X NEO spec sheet · Apptronik Apollo 2 spec sheet
| Spec | 1X NEO | Apptronik Apollo 2 |
|---|---|---|
| Status | Pre-order | Pilot |
| Price | US$20,000 (Early access), US (pre-order price) source US$499/month (Subscription), US (official price) source | Not published |
| Robot 500 | #2 · 75.2 | Not ranked |
| Launch | ||
| Announced | ||
| Status | ||
| Units deployed | ||
| Body | ||
| Height | ||
| Weight | ||
| Form factor | ||
| IP rating | ||
| Mobility | ||
| Max walking speed | 1.4 m/s (5 km/h · 3.1 mph)ManufacturerSource: 1x.tech (2026-09-25)Conditions: walking; manufacturer separately states a max run speed of 6.2 m/s (not a distinct schema field) | |
| Max drive speed | Not tracked | |
| Dexterity | ||
| Total degrees of freedom | ||
| DOF per hand | 22ManufacturerSource: 1x.tech (2026-09-25)Conditions: fingers and palm; 1X also counts 3 wrist DoF, 25 in total (1X, 9 Jul 2026) | |
| Payload | ||
| Carry payload | 25 kg (55 lb)ManufacturerSource: 1x.tech (2026-09-23)Conditions: carrying, both arms; task not further specified by manufacturer | |
| Per-arm payload | 8.2 kg (18 lb)ManufacturerSource: 1x.tech (2026-09-25)Conditions: per arm; pose/task not further specified by manufacturer | |
| Peak lift | 68 kg (150 lb)ManufacturerSource: 1x.tech (2026-09-23)Conditions: short-duration lift, per manufacturer's page | Not tracked |
| Compute & AI | ||
| Processor | ||
| AI performance | ||
| Teleoperation | ||
| Sensors | ||
| Cameras | ||
| Microphones | Not tracked | |
| Power | ||
| Battery | ||
| Runtime | ||
| Charge time | ||
| Hot-swappable battery | ||
| Software | ||
| SDK | ||
| Safety | ||
| Certifications | ||
| Commercial | ||
| Regions sold | ||
Confidence labels: Manufacturer = stated by the maker · Verified = independently confirmed · Reported = credible media or retailer, not confirmed by the maker · ⚠ Unconfirmed = leak or single source · Not disclosed = not published. We never estimate missing figures. Add more robots to this comparison.
Quick answers
What is the difference between the 1X NEO and the Apptronik Apollo 2?
Published for only one of them: height (1X NEO: 1.68 m (5 ft 6 in)); weight (1X NEO: 29.9 kg (66 lb)); degrees of freedom (1X NEO: 75); hand DOF (1X NEO: 22); payload (1X NEO: 25 kg (55 lb)); runtime (1X NEO: 4 h); walking speed (1X NEO: 1.4 m/s (5 km/h · 3.1 mph)). Only 1X NEO has a public price: US$20,000 (Early access), US (pre-order price).
Which is cheaper, the 1X NEO or the Apptronik Apollo 2?
Only 1X NEO has a public price: US$20,000 (Early access), US (pre-order price). Prices are shown exactly as published, never converted or estimated.
Which ranks higher in the Robot 500, the 1X NEO or the Apptronik Apollo 2?
Robot 500: 1X NEO #2 (score 75.2), Apptronik Apollo 2 not ranked (fewer than 2 sourced capability figures). Method: https://rankedrobot.com/robot500/#method
Other comparisons
- 1X NEO vs AgiBot A2
- 1X NEO vs AgiBot X2
- 1X NEO vs Agility Digit 5
- 1X NEO vs Boston Dynamics Atlas
- 1X NEO vs Dexmate Vega
- 1X NEO vs EngineAI T800
- 1X NEO vs Figure 03
- 1X NEO vs Tesla Optimus V3
- 1X NEO vs UBTECH Walker S2
- 1X NEO vs Unitree G1
- 1X NEO vs Unitree H1
- 1X NEO vs Unitree H2
Spotted an error? Email [email protected] — every correction is published in our corrections log.