FWR Faraday bag XXXL

FWR Faraday Bag XXXL is a professional shielding pouch for the secure storage and transport of laptops and tablets, and is also equipped with 12 internal pockets for mobile phones. Thanks to its 8-layer construction and Velcro closure, it effectively limits device communication with 5G networks, mobile networks, Wi-Fi, GPS, Bluetooth, RFID, and NFC.

The pouch is designed for the needs of police, military, forensic experts, and court-appointed experts, but it is also suitable for companies and regular users who want to protect their privacy, data, and devices from wireless communication, tracking, or remote access.

Main benefits:

• shielding of 5G, mobile signal, Wi-Fi, GPS, Bluetooth, RFID, and NFC,
• 8-layer shielding construction for reliable signal limitation,
• Velcro closure,
• 12 internal pockets for separate phone storage,
• made from high-quality and durable material,
• lightweight, durable construction for use in the laboratory and in the field,
• suitable for forensic securing of laptops, tablets, and up to twelve mobile phones,
• internal dimensions 60 × 53 cm.

Velcro closure

Faraday Bag XXXL uses the original type of Velcro fastening with a single fold. Thanks to simple closing in a single movement, the bag is practical for everyday use and quick handling. This type of closure is suitable for users who prefer simple and uncomplicated use without magnets or multiple folding.

What fits inside the bag

The internal dimensions of 60 × 53 cm comfortably accommodate larger laptops, tablets, phones, and other larger wireless electronics.

FWR Faraday Bag Laptop XXXL is suitable for:

• securing laptops, tablets, and multiple mobile phones at once during digital forensic analysis,
• safe transport of electronic evidence,
• reducing the risk of device tracking,
• business meetings and security-sensitive meetings,
• protection of company and personal data,
• storing a device in situations where you do not want it to communicate in any way.

Technical parameters:

• internal dimensions: 60 × 53 cm,
• closure type: Velcro,
• construction: 8-layer shielding structure,
• device pockets: 12 pockets for separate phone storage,
• maximum measured attenuation: up to 60 dB,
• verified shielding: 5G, mobile networks, Wi-Fi, GPS, Bluetooth, RFID, NFC,
• testing: according to ASTM D-4935-2010, IEEE Standard 299-2006, and MIL-Standard 285.

For maximum effectiveness, we recommend placing the entire device inside the bag, closing it carefully, and verifying before use that the pouch is properly closed. The measured attenuation values of Generation 2 according to ASTM D-4935-2010, IEEE-Standard 299-2006, and MIL-Standard 285 can be found here.

Frequently Asked Questions (FAQ)

What is a Faraday bag used for?

A Faraday bag is used to shield wireless devices from external signals. It is used in digital forensic analysis, safe device transport, or privacy protection.

Is the Faraday bag also suitable for regular users?

Yes. Although it is designed for professional use, it is also suitable for companies, managers, and users who want to reduce the risk of tracking, eavesdropping, or remote device communication.

Does FWR Faraday Bag XXXL block 5G signal?

Yes, Faraday Bag XXXL is verified for shielding 5G signal and at the same time limits communication via mobile networks, Wi-Fi, GPS, Bluetooth, RFID, and NFC.

Can a device inside the bag be accessed remotely or located?

No — that is exactly the purpose of the pouch. Inside, the device loses access to surrounding wireless networks, so its location cannot be determined and it cannot be accessed remotely.

Does a device discharge faster inside the bag?

A switched-on device with active wireless communication may consume more energy without signal because it is trying to search for an available signal again. For long-term storage, we recommend airplane mode or switching it off.

How do I know the bag works?

Place the device inside, close the pouch, wait at least one minute, and check whether it has lost access to the mobile network, Wi-Fi, Bluetooth, or location services. With a phone, you can also try calling it — the call should fail and the device should be unavailable.