Blackstar HT-DRIVE Features

Operates at 300V HT

True High Voltage

4 Switchable Channels Image The HT-DRIVE pedal operates on a 300V DC anode supply voltage (High Tension voltage). This is the same used in traditional valve amplifier design and means the circuit has all the compression and distortion characteristics associated with a true valve amp design and therefore 'cleans up' in the same way when you back off the volume on your guitar.

Back To Top

Unique 'Class A' Tone Control

Cuts the fizz

Class A Tone Control Our 'A-Class' tone control was inspired by our research into the high frequency power amplifier response of Class A amps. Its unique design always retains your guitars natural character and ensures your 'backed off' tone is never dull and lifeless.

Back To Top

Valve Drive

High voltage valve design

Valve Drive The high voltage valve design in the HT-DRIVE ensures the pedal has true valve dynamics and feel. The two cascaded ECC83 triode stages for gain from warm boost to screaming saturation.

Back To Top

Speaker Emulated Output

Direct recording made easy

Emulated Output Image The Blackstar emulated output design is a new benchmark for pro direct recording. This no-compromise design makes it easy to get your tone disk and tape. You can also use it to run a line out to a PA.

Back To Top

Rugged Design

Solidly built pedals

Rugged Design Image All Blackstar pedals are subjected to extensive laboratory and road testing to ensure that they are truly uncompromising in terms of reliability, quality and above all tone. You can throw them in the van and take them on the road and not have to worry.

Back To Top

High Integrity Buffered Bypass

High Gain Power

Buffered Bypass The HT-DRIVE's buffered bypass signal means there are no problems presented by driving long cable runs or chains of other effects.

Back To Top

Silent Switching

Built to last

Pedal Switch Many hours of research showed us that only soft switching and a buffered bypass signal will give absolutely silent switching in high gain applications.

Back To Top
Dan Rice Gerald Gill Scott Middleton Jay Thompson Hugh Harris Steve Cradock Max Taylor Jay Mehler Paul Mahon Steve Conte