Hollyland LARK MAX USB-C to USB-C Cable

Hollyland LARK MAX USB-C to USB-C Cable is a short digital audio cable for supported Hollyland LARK workflows. It is listed with a 1 ft / 0.3 m cable length and supports digital audio transmission for Android devices with a Type-C port. For mobile recording setups, it gives users a clean USB-C connection without adding unnecessary cable slack.

Highlights

• USB-C to USB-C cable for LARK MAX and LARK M2 workflows
• 1 ft / 0.3 m cable length for compact mobile setup routing
• Digital audio transmission listed in the specifications
• Compatible with Android devices with Type-C port
• Flat-head design for enhanced compression and torsion resistance

Quick Specs & Uses

• Product type: USB-C to USB-C Cable
• Cable length: 1 ft./0.3 m
• Transmission: Digital audio transmission
• Device compatibility: Compatible with all Android devices with Type-C port
• Design: Flat-head design for enhanced compression and torsion resistance
• Dimensions: 120 x 70 x 20 mm (4.72 x 2.76 x 0.79 in)
• Weight: 0.0244 kg (0.054 lbs)
• System compatibility: LARK MAX, LARK M2
• Use cases: USB-C audio connection, Android phone recording, LARK system support, and mobile production setup

Why It Helps

Short USB-C cables are useful when a phone-based audio setup needs to stay neat. This cable gives LARK MAX and LARK M2 users a direct USB-C path for digital audio transmission into compatible Android devices, while the 0.3 m length keeps the rig cleaner around a phone, receiver, or small recording kit.

System Characteristics

• USB-C to USB-C format supports Android Type-C audio workflows
• Short cable length helps reduce cable clutter in mobile setups
• Digital audio transmission supports compatible recording workflows
• Flat-head design helps improve handling during regular use
• LARK compatibility matches the systems listed in the source

What’s In The Box

1 x USB-C to USB-C Cable

Trusted Seller

Coremicro ships fast from the U.S. and supports this gear with a team that actually works with production systems.