Gens Ace G-Tech Smart 3S LiPo Bundle 5000mAh 60C - GEAS100503S60GT
Pickup available at 585 S Ferdon Blvd
Usually ready in 1 hour
Streamline your charging bench with plug and play G-Tech smart charging and reliable 3S brushless power.
The Gens Ace G-Tech Smart 3S Bundle combines hassle-free battery management with robust output for 1/10 scale bashers, stadium trucks, and trail rigs. Centered around a 5000mAh 3S 11.1V hardcase pack, this setup delivers consistent voltage under heavy throttle loads while integrating seamlessly into the G-Tech smart charging ecosystem.
Equipped with an integrated G-Tech smart chip, compatible chargers instantly communicate with the pack the moment you plug in the balance lead. Charge current, cell count, and voltage parameters configure automatically, eliminating manual programming errors and keeping your packs cycling safely session after session.
Why You'll Love It
- G-Tech Smart Integration: Communicates battery status, cycle data, and ideal charge parameters directly to G-Tech chargers with zero manual input required.
- Substantial 5000mAh Runtime: Provides long running sessions whether you are turning laps at the track or trailing out in the woods.
- Robust 60C Discharge: Delivers crisp throttle response and minimizes voltage sag under hard acceleration in brushless power systems.
- Factory XT60 Connector: Standardized high-current connector ensures low resistance and reliable power transfer.
What's Under the Hood
- Battery Type: Lithium Polymer (LiPo)
- Cell Configuration: 3S1P / 11.1V
- Capacity: 5000mAh
- Discharge Rating: 60C continuous
- Main Power Connector: XT60
- Balance Connector: G-Tech Smart Balance Plug (JST-XH compatible)
What's In The Box
- (1) Gens Ace G-Tech 3S 11.1V 5000mAh 60C LiPo Battery with XT60 Connector
- (1) G-Tech Smart Charging System Component
- Product Documentation
Note: Always charge on a fire-resistant surface using a dedicated LiPo balancing charger. When using standard non-G-Tech balance chargers, verify charge rates manually and balance charge at or below 1C for optimal pack longevity.

