Reamp Boxes for Sending a Recorded Track Through Guitar Pedals
Map a supported interface output to an instrument-level destination without confusing reamping with ordinary direct recording.
We have not performed hands-on testing of the products discussed. Manufacturer references and official guidance support the documented information below; comparison exercises are our editorial guidance.
Reamping begins with a recorded signal and sends it back into an instrument-oriented device such as a guitar pedal or amplifier. That is the reverse workflow from capturing an instrument through a DI. The buying decision should start with an available interface output and a plan for recording the processed result without accidentally feeding it back into itself.
Reserve the recording-system connections
Identify a line output that can carry the chosen track independently of the main listening mix. Check the interface routing software and manual before buying hardware. If the same output must also feed speakers, you may need a different supported routing arrangement. A reamp box cannot create an extra independently routable interface channel.
Draw the return path as well: pedal or amplifier-derived recording signal back to an appropriate input. The type of return depends on the equipment and should follow its manual. Keep speaker-level amplifier outputs separate from ordinary audio inputs. This guide concerns selecting a supported reamping arrangement, not improvising connections to power-amplifier terminals.
Choose controls for the actual session
Read the reamper input and output specifications and the supported level adjustment method. The Radial documents distinguish reamp models and their connection choices. A level control can be important for matching a repeatable session setup, but the maximum output label is not a reason to run a pedal outside its intended input requirements.
Consider whether mute and filtering controls are useful at the location where the operator works. A person changing microphone position near an amplifier may value an accessible mute, whereas someone processing a quiet pedalboard beside a desk may prioritise clear labelling and short leads. Those are workflow differences, not claims that one circuit is objectively more musical.
Keep the experiment reproducible
Suppose a clean recorded guitar part is to be tried through two pedal settings on separate passes. Record the interface send, reamper level and pedal settings each time. Compare the costs of a dedicated box, the required balanced lead and the instrument lead against a supported pedal interface arrangement already owned. Avoid buying duplicate hardware without checking the existing equipment functions.
For US and European setups, verify any regional power accessory for an active reamper and do not infer power needs from the housing alone. Preserve the original dry track and name the recorded returns clearly. Manufacturer examples demonstrate connection methods; they do not establish that a new box guarantees a particular tone, removes every noise source or improves every recorded performance.
Compare the trade-offs
| Option | Useful when | Purchase limitation |
|---|---|---|
| Dedicated reamper | A documented line-to-instrument path is required | Needs an independent source output and return plan |
| Combined DI and reamper | Both recording directions are routinely used | Higher purchase scope may be unnecessary |
| Existing supported pedal interface | Owned equipment already handles the required conversion | Confirm its exact routing and levels |
Your purchase checklist
- Reserve an independently routable interface output.
- Draw the processed return without a feedback route.
- Compare controls, cables and any power accessory together.
Sources and further reading
Reference links concern the stated topic or example. They do not indicate endorsement of this publication. Product versions, local labels, availability and seller terms can change; verify the exact listing before ordering.