by BJFe Pedals
Out of stock
BJFe Orchid Bee OD (OBOD) - in Bjorn's own words: This is a new model celebrating Honey Bee 20 years. It is a model completely different and if Honey Bee has a built in want for more treble and more gain and a smooth sound, Orchid Bee is its cousin from the wrong side of the railroad and it has that gain and the treble, but a treble that is not too sharp or thin but instead balanced and rich and at the same time just bordering on dangerous. It is really its own evolution in that the goals to meet with this design was what would the antipole be: a design that would not have a built in want for more treble and more gain but yet within a low gain realm. There is a long research behind the balance of treble that went into this design and also what overtones are heard and considered pleasing while not necessarily smooth as in what is electric treble? This is a model for those that want dynamic overdrive with a chimey yet full-bodied treble at a gain range suitable for low gain. BJ
The Orchid Bee has four controls:
Drive that sets the gain
Bass is designed to set max bass where response is precisely dangerous but not overpowering
Treble is an unusual control that changes focus of treble as well as boost and cut
Volume sets output
This is a completely different model than HBOD. It is designed to have well-balanced and rich high frequencies especially at low gain.
In fact, when compared to HBOD, increasing the gain produces a brighter, more sparkling tone, and lowering the gain produces a well-balanced tone.
An overdrive that achieves a chime-like full-bodied high range and dynamic response even at low gain.
V: Adjusts the overall volume.
D: Adjusts the intensity of distortion.
T: Controls the tone with a focus on the high frequency components. Adjusts the focus for treble as well as boost and cut.
B: Adjusts low frequencies and also affects accuracy of response.
The BJFe Orchid Bee OD works with a 9V battery or a standard 2.1mm barrel type center negative DC9V adapter.
Input Impedance: 470K
Output Impedance: 20K
Current Consumption: 3.6mA @9V