Starlink Standard
The Standard kit is built for a fixed home install. On the road it works, but it draws three times what a Mini does using the included AC supply. An optional Standard DC supply can bypass the inverter, but the larger energy budget remains.
The spec sheet
| Average power draw | 75 to 100 W |
| Power input | Included 100–240 V AC supply; optional Standard 12–48 V DC-DC supply |
| Antenna size | 594 × 383 × 39.7 mm |
| Weight | 2.9 kg antenna, 3.2 kg with kickstand, 3.8 kg with kickstand and 15 m cable |
| Field of view | 110° |
| Operating temperature | -30 to 50 °C (antenna) |
| Sealing | Antenna IP67 Type 4, Router 3 IP66 Type 4 |
| In the box | Starlink, kickstand, Router 3, 15 m Starlink cable, power supply and AC cable |
Source: Starlink Standard specification sheet and kit page, checked October 18, 2026.
Off-grid
With its included AC equipment, the Standard runs from a station’s AC outlet. An optional DC supply is a separate route. On a 2,000 Wh station that is about 16 hours of typical use, against roughly 58 for a Mini on USB-C.
On shore power or a generator the draw stops mattering, and the Standard's larger antenna and included Router 3 become the attraction. That is why it suits a parked RV with hookups better than a van running on its house battery.
Starlink’s optional Standard DC-DC supply specifies 12–48 V DC, 30 A input and 56 V, 3.57 A output. It is separate from the included AC supply. Check exact kit compatibility, cabling and protection before purchase. We have not measured its efficiency, so the runtime comparison above continues to model AC equipment. DC specification checked October 23, 2026.