Feiyu Vimble 2S 3-Axis Handheld Gimbal Stabilizer for iPhone 11 Pro Xs Max XR X Smartphone Samsung Galaxy Note10/10+ S10 S9

FeiyuTech Vimble 2S 3-Axis Handheld Smartphone Gimbal with 183mm Telescoping Pole
Compatibility:

iPhone：iPhone11，iPhone X，iPhone XR，iPhone Xs , iPhone XS Max，iPhone8，iPhone7Plus，iPhone 6s…

Android: HUAWEI P20 Pro, HUAWEI P9，HUAWEI mate10, HUAWEI Honor V20, HUAWEI Honor 10, HUAWEI Nova4 , HUAWEI Nova 3e, MI 9,MI 8, Redmi 6 Pro, OPPO find X, OPPO R9s, vivo NEX，Vivo X21, Vivo X23, Vivo X27，Vivo Y85, SamsungS10+，Samsung Note9，Samsung note8，Samsung Note3, Samsung S7，Smartisan Nut Pro2, One plus 3T, Google Pixel3 ect.

Main Features：

Vimble 2S is compatible with iPhone 11 or other iPhone below, HUAWEI P30/Nova 4/ Vivo X23 , OPPO R9S etc. Android smartphone and other smartphones which the width is between 57-84mm

Max payload: The landscape mode is 210 g. The portrait mode is 200 g.

180mm Pole design: The extendable rod provide a super high view shooting / long-distance selfie shooting/stabilized shooting.

Sliding the cross arm: It can easily balance different smart phones.

Support bulit-in camera: You can take pictures without connecting the APP.

Customize the function of trigger/function button to redefine its function individually.

Specification:

Height of fixture: 57~84mm

Maximum payload: Landscape mode: 210g Portrait mode: 200g

Titling Angle: 320°; Rolling Angle: 320°; Panning Angle: 320°

Battery type: 7.4 V, 1300MAH, 9.62 Wh, Built-in Rechargeable Battery. Battery could be charged by power bank with a USB cable when using it.

Charging time: ≥ 2h，recommending using 5V/2A adapter for charging battery (quick charger is banned from charging).

Material: PC, PA6 and other materials which are of high-strength, doing best in temperatures within -45 to 135 degrees Celsius.

Net Weight: 428g.

Package contents
Vimble 2S*1

Micro USB cable*1（charging cable for gimbal）;

phone charging cable*3（Micro-Micro，Micro-Type C，Micro-Lightning）;

Anti-lost rope*1;

MT mini tripod*1;

EPP carrying bag*1