Authorized Equipment List

The Authorized Equipment List (AEL) is a tool for emergency managers, first responders and homeland security professionals. It contains approved equipment types allowed under FEMA’s preparedness grant programs.

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What's Included

The Authorized Equipment List consists of 21 equipment categories, further divided into sub-categories and individual equipment items. Note that this list only includes equipment types, not commercially available products.

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Expand the tree below to select the Authorized Equipment List item of your choosing.

Saws for cutting concrete, steel, rebar, etc. during search, rescue, and recovery operations. Includes chain and blade saws. Includes electric, pneumatic, hydraulic, and reciprocating engine-driven devices, and may include a structural frame/mount for remote use in closed environments. See item 03SR-02-SBLD for replacement or mission-specific blades.
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Routing system for emergency vehicles that accounts for inclement weather, road conditions, vehicle characteristics and department-level protocols for handling vehicle usage. The technology will ensure emergency vehicles have priority traffic in all areas of travel while responding to a call. Examples include QuickRoute, a DHS S&T-sponsored application. This functionality may also be obtainable via subscription as a cloud-based service, as opposed to purchasing software.
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3D Printer using printable filament technology
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Equipment and site decontamination solutions (not approved for humans). Replaces Item 08D2-04-SOLN)
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Various solutions, brushes and swabs saturated with solution to cleanse skin surface area. (Replaces and expands 09MS-01-POVO)
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Ophthalmic topical anesthetics (e.g., tetracaine ophthalmic) for use in eye injuries. (Replaces Item 09PH-01-TCOP)
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Antibiotic ointment or cream for topical use. Not for ophthalmic use - see Item 09PH-03-ANOP for ophthalmic antibiotics. (Replaces item 09PH-01-POLY)
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Specialized surface watercraft equipped to serve as a base for dive operations.
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Tethered aerostats are unmanned balloons that use lighter-than-air gases such as helium to take flight and remain aloft while moored by ground equipment. A tethered aerostat system requires a number of components to be fully operational. The key component is a balloon filled with lighter-than-air gas that enables the system to take flight and remain aloft. These balloons, usually referred to as envelopes, come in different shapes, sizes, and designs, which are determined by mission, payload, and logistical factors. Other components typically include: 

- A means for transporting the system, such as a truck and/or trailer; 

- A mooring station for controlling the inflated aerostat envelope prior to launch; 

- A launching platform, which sometimes doubles as the mooring station; 

- Tethers used for both mooring the aerostat envelope to ground equipment and for transmitting power and data; 

- Winches for letting out, pulling in, and adjusting the tension of the tethers; and 

- Automatic or manual deflation devices. 

Depending upon the mission, tethered aerostats can support a variety of surveillance and tactical equipment. This item also includes mission-specific payloads that are designed to be attached to the tethered aerostat platform. Examples include, but are not limited to, high-resolution video cameras, electro-optical/infrared (EO/IR) sensors, communication/network repeaters, acoustic detectors, and radar. Some tethered aerostat products may also include a ground control station for media storage, data transmission, and system management functions.

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Sometimes referred to as "on-demand software", SAAS applications run on the provider's servers, delivering functionality via the internet to any device having connectivity and the required browser or interface. Access to the application is obtained via a service subscription rather than outright purchase, with all updates and configuration requirements handled by the service provider. Some example SAAS applications include equipment tracking and maintenance, intra-application communication among client devices, and specialized software such as plume modeling. Note that purchasers of SAAS should consider the security aspects of the planned usage, particularly availability and the protection of sensitive information stored remotely. Internet connectivity is required to utilize SAAS applications unless specific failover measures such as a "hybrid cloud" are available. In addition, data is stored remotely on vendor equipment. Use of SAAS for mission critical applications should be thoroughly vetted before implementation.
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