Nihewo 8500mAh 4S Lipo Battery 14.8V 100C Hard Case RC Battery for 1/5 1/6 1/7 Scale RC Vehicle Car Truck Buggy Drone Boat RC Models (2Packs)

Product Description
High‑capacity 8500mAh 4S hard‑case LiPo with 100C burst – purpose‑built for 1/5–1/7 scale RC. Delivers longer run times and consistent punch for bashing or racing.

Specification

• Material: Lithium Polymer (LiPo)

• Voltage: 14.8V (4S)

• Capacity: 8500mAh

• Configuration: 4S1P

• Cell Voltage Range: 3.2V – 4.2V per cell

• Discharge Rate: 100C 

• Charging Plug: JST‑XHR‑5P balance lead

• Discharge Plug: EC5 / XT90 / TRX connector (optional)

• Hard Case: Yes, impact‑resistant enclosure

• Dimensions: 139 × 47 × 49.5 mm (±3 mm) / 5.47 × 1.85 × 1.94 in

• Weight: Approx. 610 g (±15 g) / 1.34 lb / 21.52 oz

Packing Included

• 2 × Nihewo 4S 8500mAh 100C Hard Case LiPo Batteries 

Application
Compatible with Kraton, Outcast, Fireteam, SCX6, DBXL, Baja Rey, and X‑Maxx (two packs for 8S), plus custom trucks, truggies, and buggies. Always confirm your tray size (max 139×47×49.5mm) and connector type before order.

Please Notice

• Check battery tray dimensions and EC5/IC5 compatibility.

• Use a LiPo‑balance charger; never exceed 4.2V per cell or discharge below 3.2V.

• Store at 3.8–3.85V per cell in a fire‑safe bag.

• Inspect casing and wires before each run – do not use if swollen or damaged.

FAQ
Q1: Can I use this in my X‑Maxx?
A1: Yes – you need two packs in series for 8S. Confirm your ESC supports 8S and the tray fits.

Q2: Is EC5 the same as IC5?
A2: Physically they mate perfectly, but IC5’s smart‑sensing features may not be active with this battery.

Q3: What charger settings do I need?
A3: Set to LiPo 4S (14.8V), balance mode, and charge at up to 1C (8.5A). Never leave charging unattended.

Q4: How long will it run?
A4: Typically 20–40 minutes of aggressive driving, depending on vehicle weight and terrain. Monitor voltage to avoid over‑discharge.

Q5: Is this weight normal?
A5: Yes – 610g is expected for 8500mAh with hard case. Adjust your suspension and weight balance for optimal handling.