2.24.3 - Internal
Release date: December 1, 2025
RBRcoda chl-a
RBR's new RBRcoda chl-a real-time chlorophyll-a sensor is now fully integrated into Ruskin. With its its compact design, fast sampling rates, low power consumption, and a high depth rating, it’s deigned for a wide range of applications. You can configure the the RBRcoda chl-a either as part of an RBR logger system or as a standalone sensor - directly within Ruskin.
Did you know?
Even if you don't yet own an RBRcoda chl-a, Ruskin allows you to simulate it - along with any other RBR sensor. We've also updated Ruskin's autonomy engine to make deployment planning even easier using these simulation tools.
RBR makes sense
New Features
Added Generation 4 L3.5 command reference
Updated RBR Generation 3 command reference
Updated Ruskin User Guide (RUG) for Sensors
Updated RBR command reference for Sensors
Updated RBR Instrument Guide (RIG) for Sensors
Added RBRtridente sensor pack STRID131
Added Franatech METs sensor pack SMET13
Added firmware v1.005 (203) for RBRquadrante
Added firmware v1.080 (200) for RBRcoda3 T.ODO
Added firmware v1.068 (105, 106, 107, 109, 110) for RBRsolo3, RBRduet3, RBRcoda3
Improvements
RSK-12739 - Added a 1s delay prior to starting gain calibrations for the RBRtridente
RSK-12747 - Update immersion coefficient for UV diffuser on RBRquadrante
RSK-12869 - Enhanced detection reliability of RBRlegato4 instruments
RSK-12926 - Added aggregate parameters to personality record
RSK-12973 - Updated default Standard Seawater Reference to P168
Bug fixes
RSK-12668 - Pcal certificate is missing the Paroscientific reference device for high pressure calibrations
RSK-12673 - fDOM certificate is missing reference SRIs
RSK-12781 - XLS export of .hex files is failing
RSK-12832 - Instrumenet outputformat not being written to L3.5 during configuration
RSK-12840 - Java heap usage issue when processing mobile (easyparse) files