SRRP_Appendix D and E.pdf

FA8051-24-XXXX

SRRP – Appendix Request for Information

Appendix D Small Remote Reconnaissance Platform (SRRP) Performance Attributes /Effectiveness

Table X. Key Performance Parameters (KPPs)

Key Performance Parameter

Threshold Objective

Mandatory KPP 1.

Force Protection

SRRP(s) capabilities inherently provide Force Protection to the warfighter with safe standoff detection against threats and hazards.

Threshold= Objective

Mandatory KPP 2a.

System Survivability (Kinetic)

SRRP(s) should be fully operational in CBRN environments but may not survive extended operations. When mission permits, the system and equipment should be decontaminated and capable of rapid restoration to a condition where system is operationally capable.

Mandatory KPP 2b.

System Survivability (Non-Kinetic)

SRRP(s) are designated to be mission support systems and shall be secured against outsider cyber-attacks.

Should be secured against current and emerging near-sider, insider and peer cyber-attacks.

Mandatory KPP 3.

Sustainment

The SRRP(s) considers equipment/technology refresh and operator training to address materiel availability of the system. The Reliability and Availability metrics address Operational Availability of the system.

Mandatory KPP 4.

Energy

The envisioned SRRP(s) has modest energy requirements, comprised primarily of common battery-powered components.

KPP 5.

Portability

SRRP(s) shall be a one-person backpackable system able to respond to EOD mission areas to safely conduct reconnaissance in hazardous environments.

Table XX. Key System Attributes (KSAs).

Key System Attribute Threshold Objective KSA 1. Platform Rationale: The system should be man portable to allow for the use in all of the EOD mission areas.

1.1 Weight The SRRP(s) weight for deployment will not

exceed 55 lbs. The system(s) will contain all necessary components to meet operational employment.

SRRP(s) weight of 10 lbs.

KSA 2. Range Rationale: The platform should allow for stand-off for the operator due to the nature of the EOD missions sets.

2.1. Single Operation Time SRRP(s) shall be able to operate a minimum of

30 mins with one power source.

SRRP(s) shall be able to operate a minimum of 120 mins with one power source.

2.2. Wireless SRRP(s) shall have at least a 200 m (656 ft)

wireless line-of-sight (LOS) range. Shall have at least 150 m (492 ft) non-line-of-sight (NLOS) range.

SRRP(s) should have the ability to operate at 3 KM (9842 ft) wireless range.

2.3. Tethered SRRP(s) shall have the ability to operate in a

communications denied environment with a user swappable 100 m (328 ft) tether.

2.4. Frequency Selection SRRP(s) shall be able to operate in the bandwidth of 1.8 GHz to 5.7 GHz, with the capability for the user to select bandwidth.

SRRP(s) shall be able to operate in the bandwidth of 400 MHz to 5.7 GHz, with the capability for the user to select bandwidth.

KSA 3. Speed Rationale: The speed of the operation is often vital to the success of the operation.

3.1. Employment (Set-up

from carrying/transport to ready to deploy)

SRRP(s) shall be capable of being put into operation within 5 minutes after transport without the use of tools.

Operation within 2 minutes after transport without the use of tools.

3.2. Traversing Speed SRRP(s) will be able to maneuver with

adjustable speeds. Starting at slow/creep mode, while also achieving and maintaining a minimum speed of 2.5 mph over a hard drive level surface.

SRRP(s) will be able to maneuver with adjustable speeds. Starting at slow/creep mode, while also achieving and maintaining a minimum speed of 5 mph over a hard drive level surface.

KSA 4. Environment (weather) Rationale: EOD operations do not cease due to bad weather. The platform is required to be able to operate in a wide spectrum of environmental conditions.

4.1. Day/Night Operations Equipped with both IR and white light capability. Thermal capability.

4.2. Obscuration SRRP(s) shall be able to operate unimpaired in light rain (drizzle) conditions.

SRRP(s) shall operate effectively in fog, fog oil, smoke, dust, white phosphorus, or brass flake 2.1

– 2.3 microns

4.3. Dust/Moisture SRRP(s) shall be rated to operate in harsh environments that meet IP65/67 (dustproof/waterproof)

4.4. Wind Operate unimpaired up to 20 knots (37 kph/23

mph)

Gusts up to 35 knots (65 kph/40 mph)

4.5. Temperature SRRP(s), including controller, shall operate in temperatures ranging from -20° F (-29°C) to 122° F (50°C).

SRRP(s) shall be capable (excluding batteries) of performing satisfactorily after being stored in its shipping container(s) in temperatures ranging from -58° F (-50°C) to 160° F (71°C).

4.6. Shock SRRP(s) including handheld controller should be

shock and drop tested in accordance with MIL- STD-810 and able to withstand a three-foot drop outside of the shipping container.

4.7. Elevation SRRP(s) shall have the ability to operate from sea-level up to 3,000 ft above sea level.

Operate up to 5,000 ft above sea level.

4.8. Contested Degraded

Operations

SRRP(s) shall have the ability to operate in a communication degraded environment.

KSA 5. Terrain Rationale: Terrain is the largest limiting factor for current systems. All terrain features listed have a high probability for an operational environment.

5.1. Indoors/Outdoors SRRP(s) shall have the ability to operate unimpaired inside buildings and in open terrain.

5.2. Snow (Arctic) SRRP(s) shall traverse 2 in deep of snow and 1 in thick ice.

SRRP(s) shall traverse 6 in deep of snow and 2 in thick ice.

5.3. Sand/Desert SRRP(s) shall traverse 2 in of unpacked dry sand. SRRP(s) shall traverse 4 in of unpacked dry sand.

5.4. Mud SRRP(s) shall traverse mud to a depth of 2 in. SRRP(s) shall traverse mud to a depth of 6 in.

5.5. High Grass SRRP(s) shall traverse high grass of 4 in tall. SRRP(s) shall traverse high grass of 6 in tall.

5.6. Rubble/Debris SRRP(s) shall traverse rubble/debris of 2 in of diameter.

SRRP(s) shall traverse rubble/debris of 6 in of diameter.

5.7. Jungle Floor SRRP(s) shall traverse jungle floor of loose soil 4 in deep, loose vegetation 2 in deep and/or standing water of 1 in deep.

SRRP(s) shall traverse jungle floor 6 in deep of loose soil, loose vegetation of 4 in deep, and/or standing water of 2 in deep.

5.8. Urban SRRP(s) shall traverse urban terrain not limited

to steps of 6 in of height, curbs of 6 in of height, SRRP(s) shall traverse urban terrain not limited to steps of 8 in of height, curbs of 8 in of height, access to rooftops of 1 story in height (14 ft), and access window size of 24x36 in.

5.9. Tight Corridors The SRRP(s) shall be capable of traveling through 24 in doorway and turn into 36 in corridor.

SRRP(s) shall have 360 Degree maneuverability within the confines of the threshold.

System(s) will be able to travel and manipulate/perform in an 18 in culvert-like space.

5.10. Mountainous SRRP(s) shall traverse rocks and debris of 2 in of diameter at an angle of 30 degrees.

SRRP(s) shall traverse rocks and debris of 6 in of diameter at an angle of 45 degrees and clear boulders of 6 ft in height.

5.11. Standing

Water/Wetlands

SRRP(s) shall traverse water/wetlands with standing water of 4 in.

SRRP(s) shall traverse water/wetlands with standing water of 6 in.

5.12. Slopes SRRP(s) shall traverse 30-degree dry grass-

covered slope, 30-degree sandy slope, 30-degree wet grass-covered slope, 30-degree snow covered slope, 10-degree ice covered slope.

SRRP(s) shall traverse 45-degree dry grass-covered slope, 45-degree sandy slope, 45-degree wet grass-covered slope, 45-degree snow covered slope, 15-degree ice covered slope.

5.13. Hard packed ground SRRP(s) shall traverse hard packed ground that include but not limited to asphalt, concrete, gravel, cobblestone and hard packed dirt roads.

KSA 6. Payload Rationale: There is a need for multiple different attachments depending on the specific EOD mission set and what is attempting to be accomplished.

6.1. Modularity Payload of at least one interchangeable pan/tilt

Electro-Optical/Infra-Red (EO/IR) Camera to give operator good situational awareness.

SRRP(s) shall have the ability to carry and swap various payloads such as different cameras, dropper system, radio/data repeaters, sensors, manipulator arm, etc...

6.2. Sensor

interoperability/ports

Payloads and ports will use a common interface to connect to vehicle and perform all manufacturers specified capabilities.

Appendix E TAA Country Compliant List https://gsa.federalschedules.com/resources/taa-designated-countries/