Audio-Technica VM760SLC
The VM760SLC is the VM700 Series reference cartridge, pairing a nude Special Line Contact stylus with the same die-cast aluminum body as the VM740ML and VM750SH for the platform's most precise, extended top-end performance.
- SKU: VM760SLC
- Brands: Audio Technica
- Cartridge type: moving magnet
The Audio-Technica VM760SLC sits at the very top of the VM700 Series, sharing the die-cast aluminum alloy body of the VM740ML and VM750SH for tighter dimensional tolerances than the polymer-bodied models lower in the VM500/600/700 lineup, reducing resonance and keeping the generator precisely aligned.
Its nude-mounted 1.5 x 0.28 mil Special Line Contact stylus on a tapered aluminum cantilever is the most advanced profile in the VM series, tracing an even narrower, more accurate contact patch than the Shibata and MicroLine profiles below it for the platform's widest, flattest frequency response and finest resolution of groove detail.
As the series reference model, the VM760SLC ships with a premium storage case alongside the standard mounting hardware and stylus guard, and mounts on any 1/2" standard tonearm for listeners seeking the absolute best the VM700 Series has to offer.
Cartridge Type: Moving Magnet (Dual Magnet)
Stylus: 1.5 x 0.28 mil Special Line Contact (Nude)
Cantilever: Tapered Aluminum Pipe
Output Voltage: 4.0 mV Nominal (1 kHz, 5 cm/sec)
Vertical Tracking Force: 1.8-2.2 g (2.0 g standard)
Recommended Load Impedance: 47,000 ohms
Frequency Response: 20-30,000 Hz
Channel Separation: 30 dB (1 kHz)
Body: Die-Cast Aluminum Alloy
Mounting: 1/2" Standard Mount
Series: VM700 Series
Level: Reference
- Cartridge body
- Mounting screws & nuts
- Stylus guard
- Premium storage case
- Instruction manual
Delivered across India in 3–5 business days. Heavy hardware items are packed in safe, multi-layered cushion packaging.
Collect in person at our Noida location. We'll notify you when your order is ready.
7-day returns if the condition or performance differs from description. Heavy items are fully insured during transit.