Payload. 1. General description of any payload, in- cluding type (e.g., telecommunications, re- xxxx sensing), propellants, and hazardous components or materials, such as toxic or ra- dioactive substances.
Payload. Title to a Payload shall pass from Contractor to Aireon after the Payload has successfully achieved Conditional Acceptance at Contractor’s facility. Risk of loss or damage for a Payload shall pass from Contractor to Aireon after the Payload has been delivered to a location as directed by Aireon.
Payload. The Compensation for failure to comply with either the guarantees set forth in Subparagraph 1.3, 1.4, Paragraph 3 or Subparagraph 4.2 of Part A of this Letter Agreement shall be ***
Payload. The payload capacity must be a minimum of 900 pounds. The GVWR should be no more than 3000 pounds. TIRES AND WHEELS Wheels should be aluminum or steel and have a minimum size of 10 inches. Tires should be street legal DOT tread.
Payload. The Payload Instrument (PLI) is an instrument which provides specific mission measurements. It can operate in one of two states: Standby or Science.
Payload. This field reflects the current setting of the DS0 Type parameter. For more information see "DS0 Type" on page 45.
Payload. The Compensation for failure to comply with either the guarantees set forth in Subparagraph 1.3, Paragraph 3 or Subparagraph 4.2 of Part A of this Letter Agreement shall be (CONFIDENTIAL MATERIAL OMITTED AND FILED SEPARATELY WITH THE SECURITIES AND EXCHANGE COMMISSION PURSUANT TO A REQUEST FOR CONFIDENTIAL TREATMENT)
Payload. Title to each Payload shall pass from Contractor to Aireon upon delivery to the AIT Subcontractor’s facility. Risk of loss or damage for a Payload shall pass from Contractor to Aireon after the Payload has been delivered to the AIT Subcontractor’s facility as directed by Aireon and passes incoming inspection.” *** Certain confidential information contained in this document, marked by brackets, has been omitted and filed separately with the Securities and Exchange Commission pursuant to Rule 24b-2 of the Securities Exchange Act of 1934, as amended. Aireon LLC Business Proprietary Information 2
Payload. The Craft or secondary vehicle, selected by Team and which shall land on the lunar surface, must carry a payload or set of payloads collectively referred to as the “XPF Payload” to the surface of the Moon. The XPF Payload will be produced by XPF. Technical drawings and specifications of the XPF Payload item or items will be provided to Team no later than April 15May 20, 2011. The XPF Payload may include plaques and other elements that must be carried on the exterior of the Craft or secondary vehicle for the purposes of inclusion in images and videos. XPF shall use reasonable efforts to ensure that the XPF Payload poses the minimum practical risk to the mission and that any applicable export control licenses, authorizations, or permits required by ITAR and other Laws, as each term is defined in Section 6.1 (Compliance with Laws and Regulations), governing the delivery and integration of the XPF Payload has been obtained. The mass of the XPF Payload shall be calculated according to the mass of the Craft or secondary vehicle that carries the XPF Payload, and shall constitute approximately one percent (1%) of that Craft or secondary vehicle’s dry mass. In no case shall the mass of the XPF Payload be less than one hundred (100) grams or more than five hundred (500) grams. The XPF Payload shall require no services from the Craft or from any secondary vehicle other than inclusion in images and video. Team must submit a Payload Placement Plan to XPF no later than one hundred eighteighty (180) days prior to launch, using a template provided by XPF. Team is encouraged to work with XPF in advance of this deadline to streamline the acceptance process. XPF shall use best efforts to respond to this Payload Placement Plan within fifteen (15) business days of receipt. The XPF Payload may not be subdivided into smaller volumes without prior written consent from XPF.
Payload. In computing and telecommunications, the payload is the part of transmitted data that is the actual intended message. The payload excludes any headers or metadata sent solely to facilitate payload delivery. The Payload class in the SDM represents the same concept as the one stated in the T definition of payload. It is an abstract class which is then extended by the actual payloads. Name ype Comment rawPayload BLOB The serialized payload, this is provided to allow further processing on data that may not be clearly expressed in the data model. Type String A unique string identifying the type of the payload. It is used to help the unmarshalling process of the rawPayload R Table 46 Description of the attributes of the Payload class Related Class elation Type Multiplicity Event Composition (End) 1 to 1 TaskPayload Superclass DetectionPayload Superclass InterventionPayload Superclass Table 47 Description of the classes related to the Payload class
