Tamiya 55095 Racing Pack 1600mAh Ni-Cd 7.2V Hobby Battery  [55095]

Tamiya 55095 - Racing Pack RC Ni-Cd 1600SP 1600mAh 7.2V
Price:
CAD$32.66
Brand:
Tamiya
Model:
55095
Condition:
Brand New
1 Reviews
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Reliable Power for Weekend Runs with Tamiya 55095

The Tamiya 55095 Racing Pack is a solid pick for RC hobbyists who want dependable battery performance for everyday use. With a 1600mAh capacity and a 7.2V output, this Ni-Cd pack is built to deliver steady, predictable power across many sessions.

Benefits of Ni-Cd for Frequent Use

Ni-Cd chemistry is valued for resilience over repeated charge cycles and consistent voltage under load. For racers and club drivers who charge and run often, the Tamiya 55095 handles regular use with less sensitivity to charge routine than some other chemistries.

Best Uses for the Tamiya 55095

This battery suits Tamiya models that do not need extreme high discharge rates, offering reliable runtime for both track practice and casual driving. Its form factor and output make it a straightforward replacement for many standard setups.

Specifications

  • Voltage: 7.2V
  • Capacity: 1600mAh
  • Type: Ni-Cd

For hobbyists seeking a no-nonsense power pack, the Tamiya 55095 Racing Pack delivers consistent performance and durable construction that fits a wide range of Tamiya RC models.

 

Product Reviews
1 Reviews
rating
Hi I have received the item of the TAMIYA Battery 1600SP yesterday. The product was excellent as describe and it worked okay with MY MBW 320i on R/C, the battery was great your service and fast shipping exceptional, I am so happy thank you will do busines
Measure the battery bay on your chassis and compare to the pack dimensions. The Tamiya 55095 fits many older Tamiya models, but checking clearance for connectors and straps avoids surprises.
Use a charger with a Ni-Cd mode and avoid overcharging; moderate charge rates and occasional conditioning cycles help maintain capacity over time.
Ni-Cd packs like the Tamiya 55095 perform best at moderate temperatures; very cold conditions can reduce runtime while very hot conditions may stress the cells.

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