The Badger-Eclipse Drills are modified Eclipse Drills originally manufactured by Icefield Instruments, Inc. The drill is an electromechanical system capable of collecting 81 mm (3.2-inch) diameter core to depths of approximately 300 meters. The drill system is transportable by small aircraft or helicopter. IDP has two Badger-Eclipse Drill systems that it regularly deploys and a third Eclipse Drill that was transferred from the University of New Hampshire to IDP at the University of Wisconsin in 2010.
In 2013, IDP designed and fabricated a solar and wind power system for use with the drill, which has proven particularly useful at field sites where environmental impact is of concern and where use of a generator is not desirable or permitted. IDP also owns two Mountain Hardwear Space Station tents for use with the Badger-Eclipse Drill systems. The tents have allowed drilling operations to continue safely and reliably during inclement weather in Alaska, Greenland, and Antarctica. In 2017, IDP completed a redesign of the aging control boxes and readout boxes to provide for simplified operation, weight reduction and new sealed cases. In 2018, new cover panels were implemented for the traversing system. New cases were also procured for the motor section and tower frame. New load pins and load pin amplifiers were implemented to make the load sense circuit more robust. Beneficial updates were made to the Operator’s Manual and minor maintenance is performed between field seasons.
Two Badger-Eclipse drills are available for use. One is referred to as the ‘standard’ Badger-Eclipse Drill and the other as the ‘traversing’ Badger-Eclipse Drill, since it is sled-mounted. An improved winch cable termination has been built and is ready for field testing.
|Number in Inventory||
Number in Inventory
|Max. Practical Depth||
Max. Practical Depth
113 mm (4.4 inches)
|Ice Core Diameter||
Ice Core Diameter
81 mm (3.2 inches)
|Ice Core Length||
Ice Core Length
|IDP Driller Required?||
IDP Driller Required?
Yes, 1 driller (2 people required for drill operation)
|Drill Fluid Required?||
Drill Fluid Required?
120 V, 3 kW generator or Solar and wind power system
|Estimated Drilling Time||
Estimated Drilling Time
100 m - 60 hours
|Time to Move (breakdown and setup)||
Time to Move (breakdown and setup)
|Light Aircraft Transportable?||
Light Aircraft Transportable?
|Shipping Volume (Cube)||
Complete unit operating ~800 lbs. Heaviest component is the winch (on sled) 400 lbs. Winch control box 250 lbs.
|U.S. Ice Drilling Program (2019) Eclipse Drill Operations and Maintenance Manual. 1-69.||2019|
|Pavel Talalay, Xiaopeng Fan, Zhichuan Zheng, Jun Xue, Pinlu Cao, Nan Zhang, Rusheng Wang, Dahui Yu, Chengfeng Yu, Yunlong Zhang, Qi Zhang, Kai Su, Dongdong Yang, Jiewei Zhan (2014) Anti-torque systems of electromechanical cable-suspended drills and test results. Annals of Glaciology, 55, (68), 207-218. doi: 10.3189/2014AoG68A025. https://doi.org/10.3189/2014AoG68A025||2014|
|Vladimir Aizen, Christine Foreman, Andrei Kurbatov, Erich Osterberg, Eric J Steig (2011) 10 year plan for Shallow Coring Capabilities (1-400 m deep). 2011 Ice Drilling Science Community Planning Workshop, April 15-16, 2011, Herndon, Virginia, USA, 1-5.||2011|
|Erik W Blake, Cameron P Wake, Michael D Gerasimoff (1998) The ECLIPSE drill: a field-portable intermediate-depth ice-coring drill. Journal of Glaciology, 44, (146), 175-178. doi: 10.3189/S0022143000002471. https://doi.org/10.3189/S0022143000002471||1998|
|2023-2024 Antarctic - RAPID: US-Korean collaboration to build a Ross-Amundsen Ice Core Array (RAICA) along the West Antarctic coastline|
|2022-2023 Antarctic - NSF-NERC: Geological History Constraints on the Magnitude of Grounding Line Retreat in the Thwaites Glacier System|
|2019-2020 Antarctic - Geological History Constraints on the Magnitude of Grounding Line Retreat in the Thwaites Glacier System|
|2018-2019 Antarctic - Reconstructing Carbon-14 of Atmospheric Carbon Monoxide from Law Dome, Antarctica, to Constrain Long-Term Hydroxyl Radical Variability|
|2017 Arctic - Greenland: Camp Century Monitoring Programme|
|2017 Arctic - Greenland: Dynamic Observations of the Microstructural Evolution of Firn Under Load|
|2017 Arctic - Alaska: Influence of natural ice microstructure on rheology in general shear|
|2015 Arctic - Greenland: Investigating Carbon-14 in Polar Firn and Ice|
|2015 Arctic - Greenland: Investigating the Influence of Sea-surface Variability on Ice Sheet Mass Balance and Outlet Glacier Behavior using Records from Disko Bugt|
|2015-2016 Antarctic - Hunting for 1 Million Year Old Ice in the Allan Hills Blue Ice Area|
|2015-2016 Antarctic - Inert Gas and Methane Based Climate Records throughout the South Pole Deep Ice Core|
|2014 Arctic - Greenland: Investigating Carbon-14 in Polar Firn and Ice|
|2013 Arctic - Greenland: Investigating Carbon-14 in Polar Firn and Ice|
|2013 Arctic - Alaska: Reconstructing Central Alaskan Precipitation Variability and Atmospheric Circulation|
|2011-2012 Antarctic - Badger-Eclipse Drill/Hand Auger Field Test|
|2010 Arctic - Greenland: Greenland Ice Sheet Snow Accumulation Variability|
|2010-2011 Antarctic - Exploring a 2 Million + Year Ice Climate Archive-Allan Hills Blue Ice Area (2MBIA)|
|2010-2011 Antarctic - Constraining the Mass-Balance Deficit of the Amundsen Coast's Glaciers|
|2009-2010 Antarctic - Exploring a 2 Million + Year Ice Climate Archive-Allan Hills Blue Ice Area (2MBIA)|
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