X-Rated 2S 160C Mid Shorty Lipo Battery (7.4V/6900mAh) w/5mm Bullets - EXA3213

Regular price $109.99
By Exalt
SKU: EXA3213
2 in stock

Pickup available at 585 S Ferdon Blvd

Usually ready in 1 hour

Bring maximum punch and extended runtime to your 10th scale racer with a high capacity mid shorty configuration.

The Exalt X-Rated 2S 160C Mid Shorty LiPo Battery is engineered specifically for competitive racers who demand low internal resistance and consistent voltage drop off throughout a full main. This pack strikes a balance between the lightweight footprint of a shorty pack and the high capacity typically reserved for full size batteries.

With a massive 6900mAh capacity packed into a mid shorty case, you get the runtime needed to keep your motor pulling hard right up to the tone. Heavy duty 5mm bullet connectors ensure a clean, low resistance connection to your ESC to transfer every amp of power.

Why You'll Love It

  • Extreme Discharge Rate: The 160C rating delivers instant throttle response and minimizes voltage sag under heavy load.
  • Mid Shorty Footprint: Offers a compact form factor that allows for precise chassis weight bias adjustment while maintaining high capacity.
  • 5mm Bullet Tubes: Provides secure, maximum efficiency connection points that handle high amp draws with minimal heat buildup.

Specifications

  • Battery Type: LiPo (Lithium Polymer)
  • Cell Configuration: 2S1P
  • Voltage: 7.4V
  • Capacity: 6900mAh
  • Discharge Rate: 160C
  • Connector Type: 5mm Bullet Tubes
  • Case Type: Hardcase Mid Shorty

What's In The Box

  • (1) Exalt X-Rated 2S 160C Mid Shorty LiPo Battery (7.4V/6900mAh)
  • (2) 5mm Male Bullet Connectors

Needed To Complete

  • Compatible LiPo battery charger
  • Charge lead with 5mm bullet connectors

Note: Always charge LiPo batteries inside a fire retardant charge bag. Never leave charging batteries unattended. Pro-Tip: To keep your internal resistance low, never store your batteries fully charged or fully discharged; always utilize your charger storage mode to bring them to approximately 3.8V to 3.85V per cell when not in use.