This reminds me of a section in the book “Starship Troopers” during training where Rico talks about being so fixated on all of the displays in the suit that a guy could walk up and hit you over the head with a rock.
Juggernaut Defense and ADI Technologies assembled a team to develp the Navigation Board solution for CTTSO to assist HALO/HAHO jumpers. By bringing together several key trainers and HAHO jumpers from the SOF community, the best ideas from several decades of high altitude-high opening navigation were applied to the design.
By applying the same hinged design as the Juggernaut.Case™ Armor.Mount, the NavBoard is able to be fully folded up or down for aircraft exit and landing. While under canopy the board can be angled into view, enabling the user to manipulate Jumpmaster apps within ATAK and APASS, utilize the red-LED backlit Oceanic Compass, and view the wrist-top GPS mounted to the board.
Also integrated into the board is a CR123 powered heater-element capable of sustaining operation of the device down to -50°C for 30 minutes and a stylus-garage/tether for operating apps on the device with thick cold-weather gloves on.
For additional information, visit shop.juggernautcase.com/JuggernautBoard-Military-Freefall-Toolkit-2-JGMTMFFT201
Just last week I was discussing AFRL’s BATMAN effort with some colleagues. Let’s hope this latest project sees a transition from lab to the field.
FALLS CHURCH, Va. (AFNS) — Imagine a future battlefield where an Air Force pararescue jumper treats seven wounded service members at once. He places sensors on their chests, arms and fingers, which immediately feed vital signs to a small wireless computer, no bigger than a cell phone, on his forearm.
As he checks out the fifth person, his computer vibrates. He looks at the computer screen: the second person’s heart rate is dropping. The pararescueman moves back to the second person and performs chest compressions, saving their life.
That future is not far off. Engineers with the 711th Human Performance Wing from the Human Effectiveness Directorate at Wright-Patterson Air Force Base, Ohio, are working on exactly this kind of wearable technology to assist medics in the field.
It’s called BATDOK (Battlefield Airmen Trauma Distributed Observation Kit), and it is part of a larger advanced technology demonstration program known as BATMAN (Battlefield Air Targeting Man-Aided Knowledge), which focuses on adapting technologies to dismounted Airmen.
“Currently PJs treat patients one-to-one,” said Dr. Gregory Burnett, the program’s chief engineer. “Now we can have one PJ treat and monitor multiple patients simultaneously.”
BATDOK runs on a smartphone but can transfer to any variety of devices. “If a PJ wanted to run it in the field, he could use it on a smartphone,” Burnett said, “or he could use it on a 10-inch tablet in a helicopter.”
BATDOK includes wrist and chest mounts to make access to the device easier, although some PJs simply prefer keeping the device in their pocket.
Wireless sensors placed on the patient send aggregated vitals to the computer screen, providing PJs the ability to make emergency medical decisions. Like a cellphone, the device can be set for three kinds of alerts: auditory, tactical or visual. The alerts notify the PJ not only to which patient is in danger, but also to his or her vitals.
To develop this technology, the BATMAN research team worked very closely with PJs to identify what critical information the operators needed so the team could develop the most intuitive and effective interface.
Burnett explained that there are three phases to the team’s work: interface, innovate and integrate. Through direct interaction with the operators, the team innovated a solution, and integrated it to the PJs’ equipment and mission needs.
BATDOK does not just help during critical care. It keeps a record of all its patients’ vitals and other information. After a mission, a PJ could retrieve the data for a patient care report.
“All those key medical care procedures are logged for better documentation of care,” Burnett said.
It is also adaptable for improved technology. “We use FDA approved sensors,” said 1st Lt. Max Gabreski, a software engineer on the BATMAN team, “but if a new sensor becomes available, we find a way to quickly integrate the sensor into our system.”
BATDOK could also be used on humanitarian missions, where a commander monitors a team entering an earthquake- or tsunami-ravaged area. “It could accommodate not just the military, but civilian needs,” Burnett added.
Presently, BATDOK is being tested by Air Force Special Operations Command and Air Combat Command, and will be brought to decision boards soon. It is also being used in training scenarios at strategic locations around the United States.
“It’s getting a lot of attention from the pararescue community,” Burnett said. “It’s a really effective system, capable of improving patient survivability not just in the Air Force, but the DOD and the civilians that it cares for.”
The story originates at www.af.mil/News.
Finally, a rival to the PowerPoint Ranger. Meet, MDMP Ninja.
Actually, Tacteris has developed a collaborative mission planning software called Maestro.
-3D map view
-Easy-to-learn drag & drop interface
-Over 1000 military symbols (MIL-STD 2525/APP-6)
-Control measures for a wide variety of sub-plans (ISTAR, Indirect Fire, Engineering, etc.)
-Over 100 standard map formats including GeoTIFF
-Common terrain elevation models
-Coordinate formats: MGRS, UTM, Lat/Long
-Standalone application (no servers/networks required)
-ITAR Free (Product of Canada)
At DSEI we got to take a look at the Future Soldier Vision, the UK Ministry of Defence’s Defence Science and Technology Laboratory’s conceptual vision of what the Soldier will look like in 2024.
Soldiers will have enhanced multi-spectral sensors enabled by modular integration, to provide mission-tailored systems at significantly reduced weight. Sensors will be capable of fusing their feeds and being shared between soldiers, providing collaborative targeting and engagement capabilities. For example this network capability will enable small unmanned aircraft systems to provide commanders with enhanced battlefield surveillance and target acquisition.
– Integrated sensors
– Integrated power supply
– Hearing protection system
– Respirator/mandible connector
Soldiers will be able to tailor their protection according to the mission requirement, balancing protection with agility to provide optimal survivability. Future systems will consist of tiered, modular protection providing enhanced capability, without increasing weight. Design and integration with other elements of the soldier system will ensure legacy and future compatibility.
– Hard body armor
– Ratchet adjusting system
– Integrated connectors
– Asymmetric design
– Quick release cord
– Flexible shoulder pads
– Integrated power supply
– Integrated load carrying
Wearable Communications Concept
The advent of a body sensor network will provide real-time reporting of soldier health. Sensors embedded in the helmet, clothing, and smartwatch will monitor physical health and performance. Wirelessly linked to the soldier processing system, the availability of this data will allow the commander to make informed decisions during combat. If the soldier is seriously injured, information will enable medics to act faster during the ‘golden hour’ following trauma.
– Biometric data
– Push to talk
– Screen graphic
– Screen protection
– Accessing functionality
Smart Glasses Concept
The presentation of real-time data will enable greater clarity and quality of information throughout the operational system.
– Heads up display with augmented reality presentation
– Bone conducting headphones
– Integrated camera
– Power and data connection
Personal Role Computer Concept
Commanders and troops will be provided with information across a set of connected devices covering visual, acoustic, and tactile interfaces to access voice, data, video, and historical information. The information architecture will ensure commonality of data, with each device determining the appropriate means of presentation. Navigation system will incorporate simultaneous localization and mapping technology and be capable of operating in a global positioning system-denied environment.
– Screen protection
– Screen graphic
– USB protection
– Push to talk
Individual weapons will have improved ergonomics, with effects spanning combinations of lethal and non-lethal capabilities. The ability to seamlessly provide targeting information between soldiers and their units will allow collaborative engagement to become commonplace. The increase in timeliness and accuracy of multiple weapon systems will result in a more effective fighting force.
– Enhanced stock design
– Digital optical weapon sights
– Adjustable down grip
– Adjustable pistol grip
Although not specifically mentioned in the other technology areas, they also displayed this conceptual boot.
Much of the development work was accomplished by Kinneir Dufort. They also had a display of the system in their booth.
Created at the request of users who don’t require a full APex Predator hub, the Assaulter Cable from Black Diamond Advanced Technologies combines the ability to power accessories through the radio’s side connector. Additionally, the Assaulter Cable allows the attachment of a radio battery/5590 connector as well as the ability to connect up to two devices including an Apex cable such as a cable to a AN/PRc-152 / 148, as well as a handheld device in a Juggernaut case, GPS or camera.