Tai Nghe Nhét Tai Có Thể Tháo Rời Chất Lượng Cao
510.000 đ
Uy tín
Giao toàn quốc
Được kiểm hàng
Chi tiết sản phẩm
Tình trạng
Mới
SKU
9348784965

[Goodshop] Tactical Headset Helmet-Type Headphone Fifth Generation Chip Removable Design
Features:
1. Detachable microphone: This product has a detachable microphone, which can be adjusted freely from left to right, which is very convenient.
2. Bionic texture earmuffs: This product is equipped with bionic texture earmuffs, made of soundproof cotton and ABS (additional anti-vibration fiber) material. It is very comfortable to wear and will not be stressed for a long time.
3. Retractable folding design: This product adopts a retractable folding design, which is convenient for storage and adapts to different head circumferences, and is very user-friendly.
4. Clear sound: This product is effective for sound insulation of 27 decibels, and the call is clear and smooth, which is very convenient.
5. Equipped with helmet rail connector: This product is equipped with helmet rail connector, which can be effectively fixed and not easy to fall.

Descriptions:
1. This product is a headphone with no sound and noise reduction function. It needs to be used with PTT without battery.
2. This product is suitable for shooting, riding, hunting, kite surfing, motorboats, tactical games and other outdoor activities, very practical.

Specifications:
Color: Gray, Green, Mud
Applicable gender: Unisex
Applicable head circumference: suitable for users with head circumference of 52-64cm
Packing: boxed
Material: Sound insulation cotton, ABS (seismic fiber added type)
System chip: HS-WST05 (five generation chips)
Whether waterproof: water repellent
Sound insulation: effective sound insulation 27 decibels
Pickup noise reduction function: none

Package Included:
1 x Helmet-Type Game Headphone

Notes:
1.Due to the difference between different monitors, the picture may not reflect the actual color of the item. We guarantee the style is the same as shown in the pictures.
2.Please allow slight dimension difference due to different manual measurement.