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Indian Scotty Campground

FORT JONES, CA

Indian Scotty Campground
Indian Scotty Campground photo 1 Indian Scotty Campground photo 2 Indian Scotty Campground photo 3 Indian Scotty Campground photo 4 Indian Scotty Campground photo 5 Indian Scotty Campground photo 6
Campground Reservable

Campsite details

๐Ÿ•๏ธ Site Type: STANDARD NONELECTRIC
โ™ฟ ADA Accessible: N/A
๐Ÿš Allowed Equipment: Trailer, Tent, RV

About this campground

Overview Indian Scotty Group Site is located next to the Wild and Scenic Scott River in Klamath National Forest. Visitors enjoy swimming, tubing, whitewater boating. and fishing on the river. Several trailheads for the Marble Mountains Wilderness are nearby.Recreation During summer, when flows in the Scott River are low, campers can fish, swim, or go tubing in the river. During the higher flows of spring, the Scott River offers class IV-V whitewater runs through the Scott River canyon. Severa

Contact & location

๐Ÿ“ž 530-468-5351

Nearby RV campgrounds

๐Ÿ•๏ธSarah Totten Campground ยท Happy Camp ยท 10.8 mi ยท Reservable
๐Ÿ•๏ธCurly Jack Campground ยท Happy Camp ยท 19.2 mi ยท Reservable
๐Ÿ•๏ธTree Of Heaven Campground ยท Happy Camp ยท 25.7 mi ยท Reservable

Indian Scotty Campground FAQ

Can I bring an RV to Indian Scotty Campground?
Yes. Indian Scotty Campground accepts RVs. Allowed equipment: Trailer, Tent, RV. Length limits can vary by site, so check the site details when you book.
Can I reserve a campsite at Indian Scotty Campground?
Yes. Campsites at Indian Scotty Campground can be reserved through Recreation.gov. View it on Recreation.gov.
Where is Indian Scotty Campground located?
Indian Scotty Campground is in Fort Jones, California, at 11263 N. Hwy. 3. GPS coordinates: 41.63222, -123.08194. Get directions.
What can you do at Indian Scotty Campground?
Activities at and around the campground include Camping, Fishing, Hiking, Hunting, Swimming, Whitewater Rafting.
How do I contact Indian Scotty Campground?
You can call 530-468-5351. They can confirm site availability, hookups, length limits and current conditions.