About This Race
The marathon distance strikes a balance between accessibility and challenge, covering four complete loops of the technical terrain. Runners encounter the full character of the course while maintaining a more approachable distance for those new to trail marathons. The elevation profile becomes increasingly noticeable as fatigue sets in during the later loops.
The entire course consists of single-track trails winding through a hardwood forest, with the trail surface characterized by rocks and technical sections that demand careful foot placement. Runners traverse the same 6.75-mile loop multiple times depending on their chosen distance, with occasional glimpses of Lake Perry breaking through the forest canopy.
Each loop includes 752 feet of climbing and descending, though the course deliberately avoids the tallest hills in the trail system for safety considerations. The technical nature of the terrain, combined with the self-supported sections between the single aid station, creates a unique challenge that tests both running skills and race strategy.
Elevation Profile
Elevation profile estimated from terrain data. Actual course may differ.
The course gains 144 ft over 26 miles, with the steepest section between mile 26–mile 26.
Location
Practical Info
Mid-October in Kansas typically brings mild temperatures with potential for variable conditions.
MCI - Kansas City International Airport
Lake Charles area offers limited local lodging; Kansas City metro area provides more extensive accommodation options about 45 minutes away.
- Hydration device or water bottle
Best For
Notable Features
The Free State Trail Run's defining characteristic is its uncompromising commitment to technical single-track terrain. Unlike many trail races that mix easier sections with challenging ones, every step of this course demands attention and skill. The loop format creates a unique dynamic where runners can adjust their race strategy with each pass through the start/finish area, accessing drop bags and reassessing their approach based on evolving conditions and fatigue levels.