Skip to product information
1 of 6

Red Panda Lab

Context V2

Context V2

Regular price $329.00 USD
Regular price Sale price $329.00 USD
Sale Out of Stock

FREE 2Day Shipping

USA Free 2 Day Shipping

Canada 15USD Flat Rate*

Worldwide 30USD Flat Rate*(Wherever you are)

Flat Rate means no additional charge for more than one pedal.

No Hassle Returns

Just let us know within 30 days.

If there's a malfunction, shipping's on us.

Full Policy

Dimensions

Length 4.75"
Width 3.05"
Height 2.5"

Specifications

Input impedance: 1 MΩ
Output impedance: < 1 kΩ
Bypass: Analog buffered
Power: 9 VDC Center Negative
Current: 250 mA

Red Panda Lab's "Context" is a reverb pedal inspired by 1980’s rack mount reverbs. It has 8 algorithms, including room, hall, cathedral, gated reverb, reverse reverb, plate, spring, and a granular reverb. Each algorithm features separate high and low frequency damping controls, pre-delay, modulation, dynamics (duck/expand), and infinite hold. In addition, delay is always available, along with tremolo in spring mode.

The modulation knob changes the amount and character of the internal reverb modulation, specific to each algorithm. It gives you a mix of different modulation types from 1980’s and early 90’s reverbs, including chorus modulation, random modulation that keeps the pitch stable, and deep modulated reverbs. Holding down the shift button adjusts the modulation rate.

Reverse reverb fades in louder and brighter over time, giving the impression of playing backwards. Modulation adds a wash of normal reverb.

The spring reverb was designed using the techniques and algorithms that were used in 1980’s reverbs, but with enough DSP power to drip and feel like a spring tank. You can adjust the length of the decay, high and low frequency damping. The modulation is tremolo with adjustable intensity and speed.

Grain mode is a granular reverb inspired by the Ursa Major SST-282 Space Station. The SST-282 was released in 1978 and used multiple delay taps with modulation to create reverb effects. The Context can create ghostly reverb effects, slowly sweeping resonances, and at higher modulation settings is a multi-voice granular processor that creates clouds of detuned sound fragments for entirely new reverb sounds.

When the shift button is held down, the top row of knobs adjust delay parameters. The low and high damping knobs adjust dynamics for ducking reverb or an expander for more reverb on louder notes, with adjustable threshold and recovery time. Holding down the foot switches gives you two different types of infinite sustain.

One preset available on the left footswitch, 4 using a remote footswitch, and 127 via MIDI. The expression pedal can be assigned to any combination of parameters. We also have a web-based editor for tweaking and managing your presets.

Algorithms

ROOM - fast buildup, good for thickening sounds
HALL - slower buildup with longer initial delay
CATH(edral) - emulates a large, reflective space
GATE(d) - gated reverb with non-linear decay
REV(erse) - reverse reverb
PLATE - bright, dense studio plate reverb
SPRING - spring reverb
GRAIN - granular reverb

Controls

BLEND - wet/dry blend (to 100% wet)
PRE - predelay
DECAY - reverb decay
HI - high-frequency damping
LO - low-frequency damping
MOD - modulation amount and character

Controls (shift)

BAL - reverb/delay balance
DELAY - delay time
FDBK - delay feedback
v-o-^ - dynamics ducking/off/expander and recovery time
/\-_-_ - dynamics threshold
RATE - modulation rate

Designed and assembled in USA. The Context 2 requires a 9 V 250 mA center negative power supply (not included).

New in Version 2

The Room, Hall, Cathedral, Gated, and Plate reverb algorithms are updated versions of the Context version 1 reverbs, but now delay is available in all modes. They also have separate low and high damping controls with more range, modulation, dynamics, and infinite hold. The update also adds stereo input/output, TRS and USB MIDI, fully assignable expression pedal.

View full details

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)