Eagle Camping Power Bank (Model KPB87) is an ultra-high-capacity portable power station designed for long-term outdoor use, emergency backups, and heavy travel. Known for its massive 80,000 mAh capacity, it is frequently used to keep multiple devices, including laptops and smartphones, running for several days without a wall outlet.
Technical Specifications
Model: KPB87
Battery Capacity: 80,000 mAh (296Wh)
Battery Type: High-density Lithium Polymer
Fast Charging Output: Supports up to 22.5W PD (Power Delivery) and QC 3.0.
Total Ports: Usually features 4 to 6 ports, including:
2x USB-A Outputs: For standard phone and accessory charging.
1x Type-C (Bi-directional): Serves as both a 20W–22.5W input and output.
1x Micro-USB Input: Dedicated for recharging the unit.
Display: Digital LED HD screen showing the exact remaining battery percentage.
Key Features
Multi-Device Charging: The high torque of its internal circuitry allows you to charge up to 4 devices simultaneously without significant power drops.
Integrated LED Flashlight: Features a powerful, "Eagle-eye" style lamp/flashlight on the front, making it ideal for camping, hiking, or power outages.
Smart Safety Protection: Equipped with a multi-layer safety system:
Over-voltage & Over-current protection
Short-circuit safeguards
Temperature control (prevents overheating during fast charging)
Durability: Built with a fire-resistant ABS shell and a rugged "Eagle" design that is shock-resistant for outdoor environments.
Estimated Performance
With 80,000 mAh, this unit provides roughly:
iPhone 15/14: 18–20 full charges.
Samsung Galaxy S24: 15–17 full charges.
iPad/Tablet: 6–8 full charges.
MacBook/Laptop (Type-C): 2–3 full charges (depending on the laptop's power draw).
Usage Tips
Recharging Time: Due to the massive capacity, it can take 12–16 hours to fully charge the power bank from 0% using a standard 2A adapter. Using a 22.5W PD wall charger is highly recommended to reduce this time.
Storage: If not in use, it is best to store it with at least 50% charge to maintain the health of the lithium cells over long periods.
