
Monoprice 109441 1/4" TRS Right Angle Audio Cable
Clean, quiet signal routing for tight pedalboards and rack patches with gold-plated right-angle connectors and 97.5% copper braid shielding.
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Key Features
This cable features 90-degree TRS/Stereo plugs on each end. It uses 16 AWG stranded, pure copper conductors and employs copper braid shielding with 97.5% coverage
The plugs are gold plated to provide smooth, corrosion-free connections as well as maximum electrical conductivity.
With two separate conductors and the common shield ground, this cable can be used as an unbalanced stereo patch cable or as a balanced mono patch cable.
Quality at a Fair Price: Monoprice's rugged design and rigid quality control standards deliver high quality products at fair prices.
Specifications
Pros & Cons
👍 Pros
- 97.5% copper braid shielding provides excellent noise rejection, keeping the signal clean even near power supplies and stage lighting rigs.
- 16 AWG stranded pure copper conductors deliver lower resistance than typical 20–24 AWG patch cables, preserving signal level and low-end clarity.
- Dual right-angle connectors fit flush against pedalboard junctions and rack panels without protruding or stressing adjacent jacks.
- Gold-plated plugs ensure corrosion-free contact and smooth insertion across hundreds of connection cycles.
- TRS wiring supports both balanced mono and unbalanced stereo configurations from a single cable.
👎 Cons
- Right-angle connectors on both ends limit versatility — some gear with recessed jacks may require a straight plug for proper seating.
- At 6 feet, the fixed length may be too long for tight pedalboard patches or too short for studio runs between a rack and a desk.
- The cable diameter, driven by the 16 AWG conductors and heavy braid shield, is thicker than slim patch cables, which can crowd a dense pedalboard.
- No strain relief boots visible on the connectors, which could become a durability concern under heavy road use.