N0016425SC001 CSO

Questions & Answers / Clarifications

This document provides responses to vendor questions regarding the MKLD CSO N0016425SCA005 solicitation.

• TRL Requirement: TRL achievement is expected by final delivery of the system, not prior to the start of the contract/development process.
• "Family of Systems" vs. Singular Solution: While the intent is a singular solution for one echelon 0 system category, the government would welcome proposals for a "family of systems" that meet all requirements.
• CEP Measurement: Circular Error Probable (CEP) is measured at the payload impact point relative to the target. Environmental factors affecting unguided payloads are considered independent of platform positioning.
• Submission Viability: A minimally viable submission must meet the threshold requirements; the ultimate end-user desire is the objective distance.
• Standalone CSO Document: A standalone posting for the CSO exists and can be found on SAM.gov.
• White Paper Submissions: For partial white papers, the Government reserves the right to combine solutions.
• Munition Release and Drone Recovery: Solutions must release munitions prior to detonation and the drones must return to a designated location (base or commanded location) after detonation.

These clarifications may affect payload and airframe design scope. Vendors should ensure their proposals address these points, particularly regarding TRL achievement, CEP measurement, and the recoverable nature of the solution. The Q&A will be posted to ensure fair and open competition.

Solicitation / RFP / RFQ

This document outlines a solicitation for the development and assessment of emergent prototype Modular Kinetic Lethal Drones (MKLD) with Vertical Take-Off and Landing (VTOL) capabilities. The goal is to identify low-cost, first-person-view (FPV) unmanned aerial systems (UAS) that are safely recoverable, reusable, feature a Modular Lethal Payload (MLP), and can deliver precision kinetic effects. The effort aims to support the rapid fielding of a scalable, small-unit strike capability.

Primary Attributes:

• Size/Range: Systems must meet specific weight and kinetic range requirements (Echelon 0: <5 lbs, 1km T/3km O; Micro: 5-10 lbs, 5km T/10km O; Mega: 11-55 lbs, 10km T/20km O).
• Payload: Platforms must carry full payloads to engage targets at least 1km away and fly for at least 15 minutes with full payload (payloads 150g-3600g).
• Power: Ability to swap batteries rapidly in the field without tools.
• Communication: Operate within approved DoW bandwidth, with no lost comms >80% of mission time.
• Operating Temperature: -10°C to +40°C per MIL-STD-810H Method 503.7.
• Technology Readiness Level (TRL): Must be TRL-6 or TRL-7.
• Precision: Weaponized payloads must have a Circular Error of Probability (CEP) <1.5m.

Secondary Attributes:

• Training: Develop a corresponding MKLD training solution for inert variants and support equipment.
• Storage Packaging and Transportation: Equipment must fit in a packout load carriage including GCS kit and up to 6 All Up Rounds (AUR) with payloads; containers must meet MIL-STD-810H.
• Form Factor: Follow Modular Open System Architecture (MOSA).
• Ancillaries: A separate GCS kit with all necessary equipment.

Integrated Lines of Work:

1. Autonomy and Development
2. High-Voltage (HV) Electronic Safe & Arm Device (ESAD) Integration
3. Fielding Test Systems

• The government desires an award quantity of up to (100) MKLD units across multiple awards.

• Any prototype Other Transactions (OT) agreement awarded may result in a follow-on production contract or transaction without further competitive procedures.

• Vendors should submit one solution brief per Area of Interest (AOI), unless solutions are substantively unique.

• For team submissions, the first page must list all companies, points of contact, and the lead vendor.

• Technical Merit and Relevance will be based on meeting primary and secondary attributes.

• This solicitation will be awarded under the Commercial Solutions Opening (CSO) process.

• To enter into a prototype OT agreement, at least one of the following must be satisfied: (A) At least one nontraditional defense contractor or nonprofit research institution participating significantly. (B) All significant participants are small businesses or nontraditional defense contractors. (C) At least one third of the total project cost is paid by non-Federal Government sources.

• The government reserves the right to facilitate introductions of vendors with complementary capabilities.

• A Phase II pitch deck may be requested for government-recommended teaming arrangements.

Solicitation / RFP / RFQ

This document outlines the requirements for the Hypervelocity Improved Capability Assault Rifle (HICAR) program, seeking a replacement or upgrade for the current URG-I carbine. The objective is to develop a technically superior individual weapon system capable of firing both legacy 5.56x45mm NATO and emerging hypervelocity ammunition, extending effective engagement range beyond 600 meters while maintaining carbine portability and ergonomics.

• Ammunition Compatibility: Must reliably cycle and fire both standard 5.56 NATO and future hypervelocity 5.56x45mm ammunition (up to 82kpsi).

• Performance Benefits: Increased effective range, improved terminal performance, and enhanced barrier penetration.

• Durability: System must withstand increased chamber pressures and bolt thrust from hypervelocity ammunition without compromising service life or operator safety.

• Interoperability: Must be fully interoperable with USSOCOM's existing Visual Augmentation Systems and Weapon Accessories (VASWA).

• Barrel Length: 11-12 inches.

• Suppressor: Must employ the HUXWRX Flow 556k L "Black Magic" suppressor for testing.

• Ergonomics: Similar to M4A1, with ambidextrous controls and M-LOK mounting points.

• Durability Standards: Minimum 800 (T) / 1,600 (O) rounds between stoppages, 5,000 (T) / 10,000 (O) rounds between failures, and 8,000 (T) / 20,000 (O) rounds barrel life.

• Environmental Resistance: Functional from -40 to 165 degrees Fahrenheit, resistant to immersion in seawater, and protected with durable corrosion-resistant coatings.

• System Components: Includes weapon system, heat mitigation rail covers, adjustable buttstock, 7x Magpul Gen3 556 magazines, field maintenance/cleaning kits, and user/maintenance manuals.

• Awarded under Commercial Solutions Opening (CSO) process.

• Potential for follow-on production contract or transaction without further competitive procedures.

• Phase I: White Papers due June 08, 2026. Must include estimated cost per weapon, development timeline, risk assessment, optimization for hypervelocity ammunition, and images of the proposed weapon. Minimum TRL of 6 required.

• Phase II: Pitch Day (invitation based on white paper evaluation) includes weapon demonstration and presentation.

• Phase III: Request for Prototype Proposal (RPP).

• Questions or clarifications deadline: June 02, 2026.

• Awarded under CSO, requiring at least one nontraditional defense contractor or nonprofit research institution, or all significant participants being small businesses or nontraditional defense contractors, or at least one third of the prototype project cost paid by non-Federal sources.

• Contractors from Frontier Technology Inc. Defense and IQ SIG will be advising the assessment team.

• All information and proposals will be treated confidentially.

Solicitation / RFP / RFQ

This document outlines a solicitation for a lightweight, man-portable, select-fire, belt-fed weapon chambered in 7.62 NATO. The goal is to replace the aging MK48 series of weapons with a technically superior system that integrates advancements in material, manufacturing, and technology. The weapon should allow operators to effectively shoot, maneuver, and lay down suppressive fire, and be interoperable with USSOCOM's Visual Augmentation Systems and Weapon Accessories (VASWA) and existing M240B tripods.

• Monolithic or Continuous Top Rails: Preferred for maximum VASWA flexibility with minimal zero shift.
• High Pressure Ammunition: Ability to accept high pressure ammunition is of interest; conversion kit development will be collaborative.
• Novel Recoil Technology: Interest in technology that allows effective engagement considering firing rate and recoil impulse.
• Weight: Maximum 17 lbs (with standard rail, carry handle, bipod, buttstock, barrel; excluding sights/accessories).
• Length: Maximum 40 inches (buttstock collapsed, to muzzle device).
• Barrel Length: Standard barrel length greater than or equal to 16 inches.
• Bipod: Replaceable at operator level, capable of height adjustment, and locking with loading (Cant/Pan/Tilt).
• Rail Architecture: 18" of MIL-STD 1913 rail architecture for the 12 o'clock position, timed for height/alignment, with 10" in front of the feed tray.
• Safety Selector: Operates from Safe, Automatic, and Semi-Automatic.
• Functionality: Capable of functioning while pulling the equivalent weight of 100 linked rounds.
• Ammunition Storage: Mounting point for ammunition storage system securing minimum of 100 linked 7.62mm rounds.
• Ammunition Compatibility: Capable of safely firing 7.62mm NATO ammunition.
• Cyclic Rate: Minimum 400 rpm, maximum 650 rpm.
• Suppression: Functional when suppressed.
• Feeding: Supports left-hand feeding of belted ammunition.
• Markings: Receiver shall display identification markings.
• Safety: Does not present a safety hazard with an obstructed bore.
• Secondary Attributes: Side folding/collapsible buttstock, 2-position/folding charging handle, integration with M240 cradle mounts, removable flash hiders/muzzle devices, accessory mounting at 3 and 9 o'clock positions, 6 inches of M1913 rail at 6 o'clock position, system to retain ammunition on feed tray, capable of charging when on safe, interchangeable components, incapable of improper assembly, function with high pressure ammo, low recoil impulse, survive drop testing without bolt moving.

This solicitation will be awarded via a Commercial Solutions Opening (CSO) process under N0016425SC0001. It is for a prototype Other Transaction (OT) agreement, with potential for a follow-on production contract without further competitive procedures.

• Phase I - White Papers: Due January 09, 2026, 5:00 PM EST. Must include estimated cost per weapon, estimated timeline for prototype delivery, identified risks, and images of the proposed weapon. Minimum Technology Readiness Level (TRL) of 6 required.
• Phase II - Pitch Day: For selected white paper proposers. Involves an in-person meeting and weapon demonstration. Pitch day location TBD. Whitepapers due Jan 9th, 2026. Pitch meeting notification Jan 23rd. Pitch Meeting Feb 11/12.
• Phase III - Request for Prototype Proposal (RPP): Process aligns with original CSO N0016425SC0001.
• Questions & Clarifications Deadline: January 5, 2026.

To enter into a prototype OT agreement, at least one of the following must be satisfied: (A) At least one nontraditional defense contractor or nonprofit research institution participating significantly. (B) All significant participants are small businesses or nontraditional defense contractors. (C) At least one-third of the total cost of the prototype project is paid from non-Federal Government funds.

• Contractors Frontier Technology Inc. Defense and Kellogg Brown & Root (KBR) will be advising the assessment team.
• All information provided will be treated confidentially.
• Link to original SAM CSO Posting: https://sam.gov/workspace/contract/opp/1f683f742b9f4a30b0d1020ceb4e4385/view

Solicitation / RFP / RFQ

This document outlines a "Area of Interest" (AOI) for the Small Modular Optic and Laser Designator (SMOLDr) program, seeking a low-cost, small, and lightweight laser designator and separable digital optic for the United States Special Operations Command (USSOCOM). The current solutions are described as costly, large, heavy, reliant on custom batteries, and lacking low-light performance, which limits the equipment fire supporters can carry and their effectiveness.

• Modularity: The core requirement is a designator module and an optic module that can mechanically and electrically separate. The government intends to develop tiered solutions for the optic without replacing the designator.

• Cost Efficiency: Solutions should be designed for cost efficiency, leveraging economies of scale. Techniques to improve performance without significant cost increases are encouraged.

• Primary Attributes:

  • Total weight: ≤ 6.5 lbs (combined modules, including batteries, etc.)
  • Total dimensions: ≤ 21 inches (length + width + height)
  • Meet STANAG 3733 minimum energy for designation in temperatures from -19°C to +49°C.
  • Optic must positively identify tanks and improvised fighting vehicles day/night at range.
  • Effective designation range (tripod-mounted) for tanks and fighting vehicles per STANAG 3733 (including Band 1 and 2 codes).
  • "Seespot" capability to confirm laser energy on target day/night.
  • "Beam trace" capability for situational awareness (goal).

• Secondary Attributes:

  • Operation from internal, commercially available batteries (CR123, L91, or 18650 sizes).
  • ≥ 2 hours observation with at least 10 laser events per battery.
  • ≤ 5 seconds from cold start to full operation.
  • Ergonomic design for intuitive use in various postures while wearing specified gloves.

• Tertiary Attributes:

  • Reticle-based range determination (minimum).
  • Accurate range determination to targets (goal).
  • GPS input/display (MGRS, Lat/Lon).
  • Target location display (MGRS, Lat/Lon).
  • Environmental resistance (low/high pressure, immersion, salt fog, temperature, humidity, dust, vibration, etc.).
  • Pointing direction (general and accurate).
  • Accessory rail (MIL-STD-1913).

• This is a Commercial Solutions Opening (CSO) for prototype Other Transactions (OT) agreements.

• Potential for follow-on production contracts without further competition (10 U.S.C. 4022(f)).

• Submission: Solution briefs (white paper ≤ 5 pages or slide deck ≤ 15 pages) are due by August 13, 2025, 5:00 PM EST.

• Format: Electronic PDF submission to crane_02_cso_submission@us.navy.mil.

• Evaluation: Based on Technical Merit and Relevance, evaluating primary and secondary attributes.

• Teaming: Government may facilitate introductions between vendors with complementary capabilities.

• Awarded under CSO process (N0016425SC001).

• To enter a prototype OT agreement, at least one of the following must be met:

  • Significant participation by a nontraditional defense contractor or nonprofit research institution.
  • All significant participants are small businesses or nontraditional defense contractors.
  • At least one-third of the project cost is from non-Federal sources.

• Q&A Deadline: August 6, 2025, 5:00 P.M. EST (email crane_02_cso_submission@us.navy.mil).

• Submission Deadline: August 13, 2025, 5:00 PM EST.

• Vendors can submit briefs for the designator module, optic module, or both (individually or as a team).

• Government support contractors identified: Frontier Technology Incorporated, KBR Wyle Services, Mag DS Corp.

Solicitation / RFP / RFQ

This document outlines a requirement for a Miniature Aiming System (MAS) Machine Gun Optic (MGO) for the United States Special Operations Command (USSOCOM). The MGO is intended to enable end-users to effectively engage targets up to 2000 meters with the new .338 Norma Magnum Light Machine Gun Medium (LMG M), bridging a capability gap between existing systems.

Primary MGO Attributes:

• Exit Pupil: ≥ 5mm at maximum magnification.
• Eye Relief: ≥ 2.75 in.
• Field of View (FOV): ≥ 2 degrees at maximum magnification.
• Size: < 79 cubic inches, length ≤ 10 inches.
• Weight: < 40 oz.
• Reticle: Illuminated BDC designed for .338 Norma Magnum with a daylight bright central aim point.
• Mounting: Secure attachment to MIL-STD-1913 rail.
• Magnification: Selectable internal magnification, low power between 1x-4x, high power ≥ 8x.
• Durability: Must survive SOCOM SOF environments and be tested per MIL STD 810H.
• Interoperability: No degradation to the host weapon.

Secondary Attributes:

• Zeroing Ability for extended ranges.
• Optical Centerline Height: 1.535" ± 0.05" above rail.
• Windage/Elevation Increments: Multiples of 1 mrad.
• Sight Attachments: Allows for a Miniature Reflex Sight (MRS).
• Parallax: Minimized perceived parallax.
• Elevation Bias: Rapid elevation adjustment feature.

This opportunity is being pursued under the Commercial Solutions Opening (CSO) process. Awards will be prototype Other Transactions (OT) agreements. Follow-on production contracts may be awarded without further competition.

• Proposals must be submitted electronically in PDF format.
• Submission Deadline: July 3, 2025, 5:00 PM EST.
• Questions Deadline: June 17, 2025, 5:00 PM EST.
• Technical Merit and Relevance will be based on meeting primary and secondary attributes.

To enter into a prototype OT agreement, at least one of the following must be met: (A) Significant participation by a nontraditional defense contractor or nonprofit research institution. (B) All significant participants are small businesses or nontraditional defense contractors. (C) At least one-third of the prototype project cost is from non-Federal sources.

• Vendors can submit multiple unique solution briefs.
• Teaming is permitted; if teaming, list companies and POCs on the first page.
• The government may facilitate introductions between vendors with complementary capabilities.
• Government support contractors include Frontier Technology Incorporated.
• Contact for inquiries/submissions: Mark Dravet, Naval Surface Warfare Center, Crane Division.