Amazon SIPP (Ships in Product Packaging) Type C Package Testing

Amazon Type C packages encompass individual units exceeding 100 pounds, managed via conventional handling techniques. These items are integral to the Ships in Product Packaging (SIPP) initiative, allowing them to bypass additional Amazon boxing throughout the fulfillment sequence. This strategy eliminates the need for over-boxing, streamlining the distribution from origin to end-user.

ISTA 6 SIPP Type C Verification Process

The SIPP protocol’s objective is to mirror the real-world conditions a package might face within Amazon’s logistics framework, from its initial dispatch by the manufacturer or distributor through to delivery at an Amazon fulfillment center and onward to the consumer. This preemptive testing, crafted in partnership with the International Safe Transit Authority (ISTA) as the ISTA-6 Type C standard, is vital for preempting potential disruptions.

Amazon’s SIPP strategy is aligned with broader objectives to reduce waste, transport expenses, and lower return rates through the Frustration-Free Packaging (FFP) initiative. This program advocates for packaging that users can easily open, is predominantly made from recycled materials, and is optimized for minimal weight and size without necessitating additional Amazon preparation.

The verification program offers several advantages, including:

  • Lowered packaging expenses.
  • Minimized product damage, enhancing customer satisfaction and reducing returns.
  • Decreased or eliminated preparation fees.
  • Reduction or elimination of chargebacks.
  • Certification is a prerequisite for a significant number of Amazon’s vendors and sellers. Compliance involves submitting test outcomes via Seller Central, with vendor registration entailing comparable procedures.

Launching new products or packaging on Amazon.

  • Adjustments to product design.
  • Changes in Amazon’s packaging criteria necessitating reevaluation.
  • Noting damages during transit.

The rigorous testing process facilitates accelerated market access, equitable distribution costs, minimized product damage and losses, improved consumer satisfaction, and enhanced confidence in product introductions.

Criteria for Unacceptable Packaging

Amazon’s evaluation criteria for packaging underscore the importance of performance during testing.

Packages failing to meet standards due to non-taped, 123 or auto bottom designs, protrusions like tuck flaps, tabs, and handles, or cut-outs exposing the product are deemed non-compliant.

Additionally, the use of non-protective coverings, packaging that cannot sustain its form, or boxes lacking a conventional six-sided architecture will not pass.

Amazon SIPP Type C Pass/Fail Determinants

The pass/fail determinants for Type C packaging are established through collaborative efforts before testing, involving shippers, manufacturers, Amazon, and other relevant parties.

This collective process aims to define criteria for product damage, acceptable post-test packaging conditions, damage tolerance levels, and product condition assessment methods. 

Overview of the ISTA-6 Type C Test Plan

Type C – Parcel Delivery of Individual Packaged-Products 100 lb (43 kg) or Greater
Note: Parcel Delivery has a weight limitation of 150 lb (70 kg)    
Sequence Number Test Category Test Type Test Level Remarks
1 Atmospheric Preconditioning

TEST BLOCK 1

Temperature and Humidity Lab ambient, 12 hours Required
2 Atmospheric Conditioning

TEST BLOCK 1

Controlled Temperature and Humidity Temperature and humidity chosen from chart Optional
3 Shock

TEST BLOCK 3

Tip/Tip Over Use a 22 degree tip angle Required for packages ≥48 in. (1.2 m)  tall and  any one base dimension < ½ the height; or for packages ≥ 30 in. (760 mm)  tall and with a center of gravity vertical location > ½ the package height
4 Shock

TEST BLOCK 5

Rotational FLAT Drop 9 in (230 mm) Required
5 Shock

TEST BLOCK 6

Rotational EDGE Drop 9 in (230 mm) Required
6 Shock

TEST BLOCK 8

Inclined or Horizontal Impact 48 in/sec (4 ft/sec) (1.2 m/sec) impact velocity or velocity change Required
7 Compression, Vertical

TEST BLOCK 9

Test in the intended shipping orientation or most stable orientation Calculated from formula, Maintain force for 1 hour Required, Machine, or weights & load spreader
8 Compression, Horizontal

TEST BLOCK 10

Clamping Simulation Calculated from formula, Clamp in multiple orientations as directed Required For any of the 2 axes with a width dimension ≥ 24 in (610mm) and < 75 in (1905 mm)
9 Vibration

TEST BLOCK 12

Random With and Without Top Load Overall Grms levels of 0.53 and 0.46 Required
10 Shock

TEST BLOCK 20

Inclined or Horizontal Impact 48 in/sec (4 ft/sec) (1.2 m/sec) impact velocity or velocity change Required
11 Shock

TEST BLOCK 21

Rotational Edge Drop 9 in (230 mm ) Required for Elongated and Flat Packages
12 Shock

TEST BLOCK 22

Full Rotational Flat Drop Varies with packaged-product dimensions Required for Elongated and Flat Packages
13 Shock

TEST BLOCK 23

Bridge Impact Hazard Box dropped 16 in (400 mm) Required for Elongated Packages Only
14 Shock

TEST BLOCK 24

Concentrated Edge Impact Hazard Box dropped 16 in (400 mm) Required for Flat Packages Only

Start the Package Certification Process With Keystone Package Testing

Ready to enjoy the benefits of a certified package? Our team of e-commerce package test experts is here to guide you. Request a quote if you know what you need, or contact us for assistance. 

As a leader in Amazon package testing, Keystone Package Testing works with numerous companies annually to assist with compliance testing needs. We look forward to collaborating with you to certify your packages through our efficient and streamlined process.

 

For more information on SIPP testing, follow the corresponding links:

Amazon SIPP Type A
Amazon SIPP Type B
Amazon SIPP Type D
Amazon SIPP Type E
Amazon SIPP Type F
Amazon SIPP Type G
Amazon SIPP Type H