About This Item: This is the Mission Engineering Line 6 Expression pedal (EP1-L6, version 2.0*).
The Mission EP1-L6 is a high quality, all metal, vintage style expression pedal that is the perfect complement to your Line 6 amps and effects. Great for wah, whammy and many others, the EP1-L6 is engineered to work straight out of the box with any of the Line 6 expression pedal and compatible products. Check out the full list of compatible devices below.
The Mission Engineering Line 6 Expression Pedal is built with the same all aluminum and stainless steel construction and highest quality components, that have made Mission pedals respected worldwide for their performance and reliability. This pedal features a non slip rubber pedal surface, and base plate with the Mission and Line 6 logos and ‘Line 6 by Mission’ lettering.
The EP1-L6 features a reliable high quality sealed potentiometer. The EP1-L6 is a full-range sweep expression pedal built to last. Mission Engineering delivers one great expression pedal expressly engineered for compatibility with Line 6 amps and effects.
The first thing you will notice about your new Mission Expression pedal is that it is built like a tank. Once plugged in you will agree that this pedal performs flawlessly, just the way you expect. The smooth travel arc gives you controllable response from 0 to 100% output. Expression pedals don't get any better than this for your Line 6 equipment.
For modern control with a vintage vibe .... Get on a Mission.
* What is the importance of stating that these are version 2.0 pedals? The original EP1 Line 6 pedals (version 1.0) used a 20K Ohm pot. There were some Line 6 devices that did not work well with that design. The pedal design has since been updated and all v.2.0 EP1-L6's are fitted with a 10K potentiometer that is compatible with all Line 6 devices. Bottom line: if you need an expression pedal for your Line 6 device, THIS is the pedal for you!
None: The EP1-L6 is a passive device.
- Base length at longest point: 9.9”
- Base width at widest point: 4.0”
- Height at highest point including feet: 3.25”
- Pedal length: 8.7”
- Pedal width at widest point: 3.0”
- Pedal width at narrowest point: 2.3”
- Weight: 3.5lbs
Compatible Line 6 devices as of Feb 2012:
- Pod HD 500
- Pod HD 400
- Pod X3 Live
- Pod XT Live
- Pod Studio KB37
- Toneport UX8
- DL4 Delay
- FM4 Filter
- DM4 Distortion
- MM4 Modulation
- FBV Shortboard MkII
Not All Expression Pedals Are Created Alike
When considered from the electronics perspective, expression pedals are fairly simple devices. One might imagine they would be fairly universal, but this turns out not to be the case. In fact, Mission Engineering was founded to make expression pedals that work with a variety of pedals.
Why is this so complicated?
The heart of an expression pedal is an electronic component called a potentiometer, or 'pot' for short. A pot is like water faucet, but for electrical flow. Open the pot up and more current flows, close it down and less flows. You open and close flow with your foot moving the expression pedal. This all has to do with changes in electrical resistance and voltages, but the key for now is that you control the flow based on how far you press the pedal forward (down) or back (up).
How does this control the pedal?
Once you connect your expression pedal to the expression-pedal input on an effects pedal, the effects pedal talks to the expression pedal using voltage (called the control voltage, usually about 5V, but that is not important to understand how it works).
The control voltage passes through the expression pedal pot and back to the effects pedal, which can tell when the voltage is changed, that is if the flow of current is increasing, decreasing, or remains the same. The effects pedal uses the change in flow (think about your faucet again) to change how it operates. If the effects pedal is a wah pedal, for example, then the wah effect will change accordingly. Make sense?
Again, so why is this all so complicated?
In theory this is pretty straight forward, but in practice there are many, many pots to choose from and each pedal, amp, MIDI, or other electronics manufacturer choose the best control voltage for their specific product. There is no agreed upon standard, as there is for filing library books or producing flashlight batteries. This is the source of most problems.
If you are interested in all the variables involved, I suggest you read more, for example on the Mission Engineering web-site. For simplicity, some of these variables are maximum resistance (measured in Ohms)the wiring to the pot itself, and the taper of the pot (the measurement of how far the pot is open or closed based on how the expression pedal is pressed forward or back).
Mission Engineering Solves These Problems!
As you can see, there are many reasons why you need to choose the right expression pedal. One that will give you the best performance with your equipment. This is the reason Mission Engineering got into the expression pedal business, and why you can have confidence that when you pick a compatible Mission Engineering expression pedal, you have a reliable pedal.