| Pedal | Power supply specs |
|---|---|
| BigSky | 9vDC, 300 mA |
| Blue Sky | 9vDC V1: 250 mA, V2: 300 mA |
| Brigadier | 9vDC, 250 mA |
| Compadre | 9vDC, 150 mA |
| Deco | 9vDC V1: 250 mA, V2: 300 mA |
| Dig | 9vDC, 250 mA |
| El Capistan | 9vDC V1: 250 mA, V2: 300 mA |
| Flint | 9vDC V1: 250 mA, V2: 300 mA |
| Iridium | 9vDC, 500 mA |
| Lex | 9vDC V1: 250 mA, V2: 300 mA |
| Mobius | 9vDC, 300 mA |
| NightSky | 9vDC, 300 mA |
| OB.1 | 9vDC, 20 mA |
| Ola | 9vDC, 250 mA |
| Orbit | 9vDC, 250 mA |
| Riverside | 9vDC, 250 mA |
| Sunset | 9vDC, 250 mA (225 mA measured) |
| Timeline | 9vDC, 300 mA |
| Volante | 9vDC, 300 mA (255 mA measured) |
| Zelzah | 9vDC, 300 mA |
Note: the above figures are from Strymon, and represent maximum input voltage and minimum supply current capacity. This means the actual current draw will be less than the stated figure (as can be seen with the couple of pedals that also have actual/measured figures listed). However, except for the OB.1 these are power-hungry devices which can vary their current draw quite a bit depending on what they do at the moment. I’ve chosen to list the requirements as described by Strymon, as they represent what the manufacturer guarantees will make them work under all possible circumstances.