Features:
【Extended and Rechargeable】The selfie stick is extendable and rechargeable integrated with the function of , so it can charge the camera when extended. Also, there is a reminder to display when .
【Energy Endurance & Long Working Time】The rechargeable selfie stick has long battery life which supports 5.3k/30 fps recording for 7 hours, and 5.36x normal runtime.
【Stretchable And Portable】The selfie stick can be extended to 90cm for a wide range of photographic needs. And it is designed compact and lightweight which is only in length of 21.6cm when shrinked and weighs 400g.
【Water-Proof Material】The selfie stick features in splash-proof for all weather for outdoor use which guarantees the IP52-level dust-proof and drip-proof design, a small amount of splashing water and snow scenes are not affected.
【- Battery】As a , the selfie pole supports QC/PD3.0 protocol, so your devices can be soon fully charged while using the selfie sick. No worries about the problem of when hiking, fishing and traveling. Also the top and bottom type-C ports can be charged simultaneously
【Widely Compatible with Dual Ports】The telescoping selfie pole is coupled with 1/4 inches port and 1/4 inches adapter which means it can mount tripod and compatible with various devices like phones, sports cameras, panoramic cameras and mirrorless camera and etc.
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Specifications:
Unextended Length: 216mm
Product Net Weight: 400g
Extending Length: 900mm
Battery Capacity: 10000mAh
Input: 5V/3A,9V/2A.12V/1.5A
Rated Capacity: 5000mAh.3.6V.36Wh
Output: 5V/3A,9V/2A,12V/1.5A
Support Protocol: QC3.0/PD3.0 FPC/AFC/APPLE2.4A MAX18W
Packing List:
1 * Chargeable Selfie Stick
1 * 3-prong Adapter
1 * Screw
1 * Phone Clip
1 * Cable
1 * Instruction Manual
1 * Weather-Resistant Pass Through Door
Notes:
a: Splashing water needs to be wiped away as soon as possible;
b: Snow needs to be wiped away before melting;
c: Need to be used with weather-resistant pass through door;
d: When two devices at the same time,both output ports are normally charged;
e: This product does not support and discharging at the same time.