Helicopter Drawstring Cargo Net - Model KDS
These medium-duty aerial delivery cargo nets are built to stringent and time-proven USFS design for under slung loads (USL). They are for use with Light or Medium helicopters, in combination with approved connecting hardware such as USFS approved Lead Lines and Longlines.
Key Features:
- Octagonal Shape – Provides excellent load stability and even weight distribution.
- Drawstring / Cinch Design ensures complete load containment within the net
- Durable Construction – Made from high-tenacity synthetic fibers, offering exceptional strength and resistance to wear.
- Lightweight & Compact – Easy to handle, deploy, and store.
- UV & Weather Resistant – Built to withstand harsh outdoor conditions.
Applications:
- Helicopter underslung aerial delivery cargo equipment
System Includes:
- HD thimbles evenly spaced around perimeter rope
- Drawstring perimeter rope connected to hoist links
- Permanent ID tag
- Certificate of Compliance (COC)
Reference:
Designed to meet the requirements of:
-
HCN1010-0.3KDS
- NFES #0795 /USFS Specification 5100-507 / NAICS Code is 314994
-
HCN1212-3KDS
- NFES #0531 /USFS Specification 5100-502f / NSN 1670-01-029-8554
-
HCN1515-6KDS & HCN1818-6KDS
- NFES #0458 /USFS Specification 5100-504b
Note: The three net models above are subject to FAT and MOQ's.
Specifications:
- Safety factor: 3.75:1
- Mesh Size: 6'' (150 mm)
300 lb WLL - Helicopter Drawstring Cargo Net - Model 0.3KDS
| Product Code | Shape | Dimensions |
| HCN1010-0.3KDS | Octagonal | 10' x 10' (3m x 3m) |
3000 lb WLL - Helicopter Drawstring Cargo Net - Model 3KDS
| Product Code | Shape | Dimensions |
| HCN1212-3KDS | Octagonal | 12' x 12' (3.7m x 3.7m) |
6000 lb WLL - Helicopter Drawstring Cargo Net - Model 6KDS
| Product Code | Shape | Dimensions |
| HCN1515-6KDS | Octagonal | 15' x 15' (4.6m x 4.6m) |
| HCN1818-6KDS | Octagonal | 18' x 18' (5.5m x 5.5m) |
*Note: Reduce working load limit in consideration of the load carried (Ex: irregularly shaped equipment, sharp edges, narrow heavy load, rough landing surface, dynamic effects, etc.). Certain environmental conditions and dynamic loading situations may also require the reduction of the working load limit to take into consideration these factors of critical use conditions.

Downloads
Need help choosing the right product for your application?
Our experts are here to help - contact us today.