10L0L Golf Cart On Board Computer Field Kit for 48V Club Car/Lester Powerdrive – Replaces OEM 101909901

Upgrade your 48V Club Car with the 10L0L OBC Field Kit

The 10L0L Golf Cart On Board Computer Field Kit is designed for 48V Club Car DS and Lester Powerdrive systems. It replaces OEM part 101909901, delivering precise energy management that helps you track usage and tailor charging.

Key capabilities

• Regulates battery charging to balance performance and range.
• Records energy consumption to provide visibility into how your cart uses power.
• Directs the charger to replenish only the energy that was used, helping to avoid overcharging.
• Built with corrosion-resistant materials for long-lasting field use.
• Simple integration with Square 6-Pin plug configurations for compatible clubs and setups.

Real-life benefits and use cases

Envision weekend rides with steadier battery performance, fewer charging surprises, and a maintenance-friendly update to your golf cart's control electronics. This OBC is a practical upgrade for fleets, clubs, or private owners who value reliability and clarity in energy management.

When you want predictable charging behavior and a straightforward replacement path for aging parts, this field kit offers a compatible, trustworthy option.

Why choose 10L0L

• Trusted quality and responsive after-sales support, with replies within 12 hours.
• Compatible with OEM 101909901 and 48V Club Car / Lester Powerdrive platforms.
• Durable construction designed to withstand regular golf cart use and storage conditions.

Compatibility and maintenance

Designed as a practical replacement, the field kit fits 48V Club Car DS models and Lester Powerdrive configurations. Its corrosion-resistant build helps it endure typical golf cart environments, including storage and daily use. This update can standardize energy management across a fleet or club, offering clearer data and easier monitoring.

What to expect

Possibilities include steadier charging behavior, clearer energy insights, and a smoother maintenance path when replacing aging components. Results may vary with usage patterns, environmental conditions, and charging routines.