FREE SHIPPING
This item qualifies for Free Shipping! Details.
But fear not - there is plenty to explore...
Shop all Goal Zero Shop sale Goal ZeroMEMBERSHIP
Earn up to 10% back in rewards. Learn more. Join Free.
EASY RETURNS
Take up to a full year to return your item! See our Return Policy.
LOWEST PRICE GUARANTEE
Find a better price? We’ll beat it by 5%. See our Price Match Policy.
Cut the cord that's keeping you tethered to the wall outlet and take to the hills with the Goal Zero Guide 10 Plus Solar Recharging Kit. The combination of an external battery charger to keep your devices purring and an efficient sun-harnessing solar panel to keep it juiced. In all honesty, this dynamic duo can basically keep you off the grid for as long as your wanderlusting heart desires. Use the included AA rechargeable NiMH batteries to power up headlamps, flashlights, GPS or whatever else you find yourself in need of. Empower yourself to get out and stay out with the Goal Zero Guide 10 Plus Solar Recharging Kit.
Guide 10 Plus Charge Times – General USB: 6-10 hours | Nomad 7 Solar Panel: 3-6 hours
Solar Capacity: 8-9V, 7W
Battery Capacity: 4x NiMH cells, 11Wh (4.8V, 2300mAh)
Guide 10 Plus Recharger – USB-mini Port: 5V, up to 0.8A (4W max) / Mini Solar Port: 6.5V, up to 1.1A (7W max)
Nomad 7 Solar Panel – USB Port: 5V, up to 1A (5W max) / Mini-Solar Port: 6.5V, up to 1.1A (7W max) / Solar Port: 15V, up to 0.3A (5W max)
Guide 10 Plus Recharger – Batteries: 4x AA or AAA NiMH cells / USB Port: 5V, up to 1A (5W max) / Flashlight: 100mW white LED, 100 hours
Nomad 7 Solar Panel – 9" x 1.5" x 6.5" (22.9 x 3.8 x 16.5 cm)
Guide 10 Plus Recharger – 2.5" x 4" x .75" (6.4 x 10.2 x 1.9 cm)
Daisy-Chainable Solar Panel
Flash Light – 100mW white LED, 100 hours
Weight – Nomad 7 Solar Panel: 12.8 oz (363 g) | Guide 10 Plus Recharger: 6.4 oz (181 g)
Included – 1 x Guide 10 Battery Pack | 1 x Nomad 7 Solar Panel | 1 x 12V cigarette adapter | 1 x AA rechargeable batteries (4 pack) | 1 x AAA Adapter
Note – Solar Panels do NOT hold a charge. Panels only produce power while being exposed to sunlight.