Humatics Scholar

by Humatics


The Humatics Scholar line offers development kits for researchers and product developers, as well as educational tools for students and professors. The Scholar products offer broad and intuitive functionality for Ultra Wideband (UWB) precision distance measurement, ad hoc network formation, radar sensing, and signal processing. Our labs and kits are carefully designed to provide researchers with the tools they need to ramp up quickly, whether the end goal is demonstration, teaching, evaluation and research, or development and prototyping. For customers of Time Domain (now part of Humatics), the Scholar products are the same line of P440 modules you've relied on before.


  • 2 centimeter precision
  • Up to 500 meter range
  • Robust performance
  • Ease of provisioning

Available Kits

Please contact us at to help you choose the perfect package.

Lab Development Kit

The Humatics Scholar Lab bundles Scholar P440 modules with a variety of software tools intended to support product development, postgraduate research, and undergraduate labs.

  • High performance UWB ranging and radar
  • Centimeter-scale precision over hundreds of meters
  • Collected waveform data logged to MATLAB-compatible files
  • Sample C and MATLAB code allow development of custom applications
  • FCC-certified transmissions
  • Independent operating channels allow multiple users in the same area
  • Electromagnetics and RF propagation
  • Precision range measurement, tracking, and navigation
  • Radar
  • RF Communications
  • Ad hoc network formation
  • RF image processing
  • Target tracking based on radar or two-way ranging

Download Lab Data Sheet


Ranging & Localization Development Kit

Using Ultra Wideband (UWB) pulsed signaling optimized for two-way time-of-flight (TW-TOF) ranging and communications, the Scholar P440 modules provide wireless distance measurements with 2 cm precision.

  • Centimeter-scale precision over hundreds of meters
  • High performance in high multipath, RF-noisy environments
  • Collected waveform data logged to MATLAB-compatible files
  • Range error estimation provided
  • Ranging network with TDMA and ALOHA scheduler options
  • Location engine supporting:
  • Auto-survey of anchor node positions
  • Extended Kalman Filtering for mobile nodes
  • Detailed API with sample C and MATLAB code
  • Ideal for mobile ad hoc applications
  • Peer-to-peer ranging for collision avoidance
  • Indoor / GPS-denied navigation and tracking
  • Automated vehicle following & convoying
  • Autonomous vehicle guidance
  • Dynamic test measurement systems

Download Ranging & Localization Development Kit Datasheet


Radar Development Kit


The Scholar P440 modules can be used as standalone monostatic radars or as a system of bi-or multistatic radars.

  • Monostatic / Bistatic / Multistatic radar operation
  • Exceptional clutter rejection
  • High resolution (1.4 GHz bandwidth with resolution <6”)
  • Short range operation (a few inches to hundreds of feet) with minimal blind range
  • Detailed API with sample C and MATLAB code
  • Highest possible RF bandwidth at the lowest possible center frequency
  • Fast update rates (up to 20 kHz)
  • Raw radar scan data can be motion filtered and processed for detections / Doppler shift
  • Ideal for propagation analysis and development of RF channel models
  • Motion / presence detection
  • Synthetic Aperture Radar (SAR) imaging
  • Vital sign detection and monitoring
  • Tagless people tracking
  • Collision and obstacle avoidance
  • Drone altimetry
  • Security fences
  • Proximity sensing

Download Radar Development Kit Data Sheet


Scholar MegaLab



  • 20 Scholar P440 Modules in protective enclosures
  • 40 Broadspec UWB antennas
  • 20 Rechargeable USB batteries with chargers
  • RangeNet software (supports networks up to 10 nodes)
  • Monostatic Radar Module (MRM) software
  • Channel Analysis Tool (CAT) software
  • 10 Hours of Humatics technical support

Download Scholar MegaLab Data Sheet


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