Battery Systems – Real-World Use Across the Fleet
Battery Systems – Real-World Use Across the Fleet
At Bigfoot Trails Basecamp, battery systems aren’t theoretical—they’re daily infrastructure. Everything from the RV to the tow rigs to the bikes depends on reliable starting power and consistent storage performance.
For years, I’ve been a strong believer in Interstate Batteries.
Right now, nearly the entire fleet runs on them:
Wife’s Kia Sorento (new battery installed ~2 years ago)
Jeep and K1500 OBS (replaced last year)
Motorhome chassis and house systems
Harley-Davidson (fresh battery installed just before everything went sideways medically)
In short—Interstate has been the consistent, trusted baseline across everything I run.
Where I Started Experimenting
I’ve tested other battery systems over time, including a switch on the Harley to a lightweight lithium setup. On paper, it was a step up—higher performance, better cranking power, modern tech.
To support it, I had to upgrade the charging system as well, including a new tender setup. It was a full changeover, not just a drop-in swap.
At first, it seemed great.
Then cold weather showed up.
Despite riding daily—rain, shine, ice, even snow—the lithium system began showing a clear weakness in low temperatures. The bike would be fine after riding, but overnight in the cold it would go dead. Multiple cycles of charging, riding, and repeat failures eventually traced back to cold-weather lithium limitations.
After troubleshooting and losing reliability, I switched back to a traditional lead-acid setup sourced through a local marine/boat supplier. Since then, the bike has been rock solid—sitting for extended periods in freezing temps and firing right up without issue.
That experience reinforced something important: newer isn’t always better for every application.
What I’ve Learned from Field Use
I’m not anti-technology—I’m just application-focused.
Lithium has strengths, but cold-weather reliability matters in my environment
Traditional systems, when matched correctly, are still extremely dependable
Overcomplicating a system can introduce more failure points than it solves
At this point, I’ve settled back into what I’d call a “known reliability baseline” across most of the fleet.
Current Focus: Motorhome House System Upgrade
The next system under evaluation is the motorhome house bank. The current setup is a pair of aging 12V RV/marine batteries that are approaching end-of-life heading into the next winter cycle.
I’m looking at options to:
Upgrade capacity and cycle life
Improve charging efficiency
Potentially integrate solar support
I’m also exploring adding a small solar setup to reduce generator dependency, but I’m still in the early learning phase on that side of the system.
Open to Partnerships & Guidance
Battery systems are one of those areas where real-world usage matters more than specs on paper. I’m always open to learning, improving systems, and working with manufacturers that build for actual field conditions—not just ideal environments.
If anyone has experience with RV-grade lithium systems, cold-weather performance solutions, or hybrid solar setups that actually hold up in full-time use, I’m all ears.
The goal is simple: reliable power, in real conditions, without overcomplication.
