Babbeleaf Pre-Order

The Babbeleaf precision instrument is available through a limited-time pre-order program. Foundational members can secure their unit for $1,999 USD—a significant discount from the planned retail price of $3,599 USD.

This pre-order includes exclusive early access to software betas, priority technical support, and a lifetime warranty. This is a unique opportunity to acquire a professional-grade research tool at an introductory price.

Estimated Shipping

Scheduled to begin Q2 2026. Pre-order now to secure your priority placement in the production queue.

Regulatory Compliance

This device is pending FCC Certification. This product will not be sold until certification is complete.

Babbeleaf Precision Instrument

Over 200 Pre-Orders Secured

The Babbeleaf is a precision instrument for plant electrophysiology data acquisition and sonification. It captures micro-voltage signals from plant tissue, outputting calibrated data for scientific analysis and high-fidelity audio for artistic exploration, providing a novel interface between the biological and digital worlds.

Risk Free Pre-order

  • Cancel Anytime before manufacturing begins Q2 2026.
  • 30-Day Satisfaction Guarantee after you receive the device.
  • Lifetime Warranty against defects.

Pre-order @ $1999.00 | Retail @ $3599.00

What's in the box

Satisfaction Guarantee & Pre-Order Policy

We stand behind the quality of our instruments. If you are not satisfied with your Babbeleaf device, you may return it within 30 days of receiving the shipment for a full refund of the purchase price.

Key Terms & Conditions:

Technical Specifications

CategorySpecification
Data Acquisition24-bit ADC, ±2.048V input range
Sample Rate1 kHz (user-configurable for oversampling)
Input Impedance>10 GΩ (High-impedance differential amplifier)
ConnectionGold-plated, shielded electrode clips (set of 3 included)
Audio Output3.5mm stereo jack, 16-bit / 44.1kHz (CD quality)
WirelessWi-Fi 802.11n (2.4 GHz), Bluetooth 5.0 (Audio & Data)
SensorsIntegrated ambient light, temperature, and humidity sensors
Data PortUSB-C® (charging, data export)
Power4000mAh Li-Po battery (Up to 10 hours continuous operation)
ChargingUSB-PD (Power Delivery)
CompatibilityOutputs standard WAV files; compatible with all major DAWs (Ableton, FL Studio, Logic, etc.) and data analysis tools (Python, MATLAB, R)
MaterialsAnodized aluminum enclosure, ABS plastic panels
Dimensions150mm x 85mm x 25mm (approx.)
Weight280g (approx.)

Detailed Description

Engineered for Discovery

A New Paradigm in Plant Bioacoustics
The Babbeleaf device is a precision instrument designed to bridge the gap between biological phenomena and digital analysis. It provides a rigorous, standardized method for acquiring plant electrophysiological data, moving beyond anecdotal observation into the realm of quantifiable, scientific inquiry.
Uncompromising Data Fidelity
At its core, a high-impedance differential amplifier captures micro-voltage signals with minimal interference. A 24-bit analog-to-digital converter ensures that the subtle variations in electrical potential are recorded with exceptional resolution and low noise. This commitment to signal integrity provides researchers with a trusted source of raw data for spectral analysis, machine learning modeling, and longitudinal study.
Designed for the Field and Lab
Whether deployed in a controlled laboratory setting or an experimental greenhouse, Babbeleaf is built for reliability. Its portable, ruggedized design houses a long-life battery and versatile connectivity options, including Wi-Fi for automated data uploads and Bluetooth for real-time audio monitoring. Integrated environmental sensors allow you to correlate electrical patterns with precise conditions of light, temperature, and humidity.
For the Researcher and Artist
The device delivers two simultaneous output streams: a calibrated, time-series data file for computational analysis and a high-fidelity audio stream for sonification. This dual-output approach makes it an essential tool for both the scientist validating a hypothesis and the sound artist seeking a generative source of organic, ever-changing waveforms.