Free EU Shipping over €350     |     For U.K site click here     |     Free Delivery for Mainland Spain orders over €99     |     Free EU Shipping over €350     |     For U.K site click here     |     Free Delivery for Mainland Spain orders over €99     |    Free EU Shipping over €350     |     For U.K site click here     |     Free Delivery for Mainland Spain orders over €99     |    Free EU Shipping over €350     |     For U.K site click here     |     Free Delivery for Mainland Spain orders over €99     |    

2HP Rnd V2 Eurorack Random Voltage Generator Module (Black)

Rnd is a random voltage generator and random gate source with an internal clock.

The quantized and smooth outputs are completely independent, and each feature an attenuator to fine tune the output voltage between 0V and 10V. This allows for a musically useful range to be defined. When externally clocked, random gates erupt from the gate output.

Great for modulation and chaotic rhythmic events, Rnd is a universal solution for adding unpredictability to your system.

– Two unique random voltage algorithms

– Wide 0-10V output range

– Dedicated attenuators for each output

– Steady clock or random gate outputs

– Skiff friendly

Specifications

Width: 2hp
Depth: 42 mm
Power: 48 mA +12V, 6 mA -12V, 0 mA 5V

Manufacturer product page here.

Product manual here.

PRODUCT DETAILS

  • Module Height (U) 3U
  • Module Width (hp) 2
  • Module Depth (mm) 42
  • Panel Colour Black

107.00 inc. VAT

88.43 ex. VAT

Finance, Buy Now Pay Later and Pay In 3 options available at checkout

Prices on the site are initially shown including Spanish VAT (21%).
After entering your shipping address at checkout prices on the site will update to show the correct VAT amount due to us based on your location. If purchasing from outside the EU, VAT, handling fees, and import duties will potentially be due on delivery.







Search All
Products

Search

Filter by Category

Filter by Brand

© Copyright 2026 Elevator Sound Europe.
  |   Privacy Policy   |   Terms and Conditions   |   Site: ATGS