Best Midi keyboard Under 300

Best Midi keyboard Under 300 – When getting a MIDI controller, a lot of features and sounds will depend on the software that comes with it, but also with the additional software that you will have to download or buy. For that reason, you should consider the hardware quality and the feel first, then the additional features later.

In conclusion, there are genuine reasons for buying every controller on this list. As always you should base your decision on which one suits your needs most.

Think about your budget, your workspace, and what style you play most. Do that till you eliminate any unsuitable keyboards then you should be left with a smaller list to choose from.


Keep in mind, though, that not all software works equally well with every controller and vice versa. Tell us in the comments below which MIDI keyboard controller you liked the most!

1.Native Instruments Komplete

Pros & Cons

2.M Audio Oxygen

Pros & Cons

3.MIDI Controller Bundle

Pros & Cons

4.Casio WK-6600

Pros & Cons

5.Arturia Keylab

Pros & Cons

6.Novation Launchkey

Pros & Cons

7.Alesis V49 – 49

Pros & Cons


Pros & Cons


Pros & Cons

10.GameSir VX Game Keyboard

Pros & Cons

Best Midi keyboard Under 300 – BUYER’S GUIDE

< id="ftoc-heading-8" class="ftwp-heading">1. KEYS

Typically the most basic option/place to start is deciding how many keys you want, whether it be 25, 49 or 61 keys.

Bear in mind your studio desk size. Bigger might only be better so long as you can actually fit it in your studio!

Mini keyboards like the Akai MPK Mini Mk3 (full review here) are quite popular among travellers and on-the-go musicians.
< id="ftoc-heading-9" class="ftwp-heading">2. HUMAN USER INTERFACE

HUI protocol allows a digital audio workstation (DAW) and a connected hardware control surface (a MIDI keyboard in this case) to exchange MIDI signals that synchronize the states of their sliders, buttons, wheels, and displays.

The user can write console automation to a track in a live or recording situation while using the physical hardware, which can then be seen transferred and recorded directly on the screen in the DAW in real-time.
< id="ftoc-heading-10" class="ftwp-heading">3. AFTERTOUCH

Aftertouch is a dynamic control function that allows the user to physically manipulate the sound they are playing from their keyboard, after you have engaged the key.

By pressing and holding down the note you can use physical pressure differences to change the strength of the release and decay accordingly, as well as other parameters.
< id="ftoc-heading-11" class="ftwp-heading">4. MIDI SYNC/CV GATE

This is a type of functionality used to send MIDI information data between devices for live and recording applications when using analog/hardware synths or drum machines.

The control voltage (CV) will normally control the transmission of pitch, and the gate will control whether the note is on or off.

If you are into live hardware recording or performances, you will want to make sure you have the proper MIDI functionality within your MIDI keyboard, should you want to sync it with your other hardware. It is also worth noting that ‘MIDI beat’ clocking is different to ‘MIDI timecode’ clocking and is based on tempo, MIDI clock events are universally set at 24ppqn or ‘Pulses Per Quarter Note.’
< id="ftoc-heading-12" class="ftwp-heading">5. MCU (MACKIE CONTROL UNIVERSAL)

MCU allows a specific device to be the “master” MIDI controller for a DAW and can sync up to 16 MIDI devices from an MCU enabled device via a computer, meaning you can control up to 16 devices or plugins seamlessly from the one master device.

Note: some DAWs such as Reaper have been known to have functionality issues when using MCU protocol in the past, so make sure you do your due diligence to see what your DAW supports if you intend on using MIDI hardware in live performance or live recording situations.
< id="ftoc-heading-13" class="ftwp-heading">6. VELOCITY

Velocity typically measures the amount of different pressure sensitive outputs that can be tied to an individual keypress on a MIDI keyboard or drum pad.

Typically there are 127 points of velocity within a standard keypress, allowing for expressional and dynamic playing, with 1 being the softest possible press and 127 being the hardest.

Although velocity can be controlled and mapped by various plugins or onboard features of some keyboards themselves, the industry-standard remains 127 points of velocity. This ultimately means that each key can be pressed in 127 different ways from soft to hard presses.
< id="ftoc-heading-14" class="ftwp-heading">7. WEIGHTED KEYS

A lot of keyboards include the integration of weighted or semi-weighted keys. This is to simulate the feeling of playing a normal acoustic piano. The hammers on each key in a traditional piano are connected to the key by a lever mechanism which causes a natural weight or resistance when each key is pressed, lifting the hammer.

This can be an important feature in an electronic keyboard as it combines with the use of velocity to create a more natural and organic feeling when playing. Hitting the key hard will make a sharp and loud note, whereas gently depressing the key will generate a much softer note, and the weighted key will respond to the press as if it is actually moving a physical hammer.

With no resistance on the keys, it can be harder (especially for someone who has trained or plays on an acoustic piano) to achieve the appropriate feeling or timbre when playing a note or chord.
< id="ftoc-heading-15" class="ftwp-heading">8. PEDAL FUNCTIONALITY

Some MIDI keyboard controllers have the option for an “expression” pedal and/or footswitch, this means the device has the ability to attach a sustain pedal or FX pedal via a 1/4” TRS lead and to be able to send and receive information that will change the way the note is played within the keyboard.

Much like the sustain pedals found on an acoustic piano, digital sustain pedals work in the same way, and can be purchased from various music retail outlets.

Pressing your foot on the sustain pedal will hold the note even after you release the key and are no longer pressing it, simulating the way a sustain pedal keeps the hammers off the strings of the piano to prevent them from dampening the vibration of the strings inside. When the pedal is released, the note or chord will stop playing.


Are you searching for an affordable MIDI controller? Since you are reading our article, chances are that you are either searching for a good backup controller to go along with your more expensive stuff, or you are a beginner just getting into the world of digital music. Whatever your reason may be – welcome to our review!