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Skydio Inc. 5/10/2021 (2)
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Skydio Inc. 5/10/2021 (2)
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Last modified
5/21/2021 10:22:14 AM
Creation date
5/21/2021 10:22:01 AM
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Contracts
Contractor's Name
Skydio Inc.
Approval Date
5/10/2021
Department
Purchasing
Department Project Manager
Jenny Chang
Subject / Project Title
Unmanned Aeiral System Hardware/Software
Tracking Number
0002919
Total Compensation
$37,892.47
Contract Type
Agreement
Contract Subtype
Purchase
Retention Period
6 Years Then Destroy
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DocuSign Envelope ID:87F1AC32-1437-44C7-95DC-1A9F17D4B6C0 <br /> MENII <br /> Skydio <br /> Feature Name Description <br /> Drone uses six paired navigational cameras to achieve depth perception <br /> Real-time 3D Mapping and to maintain a 3D map of its surroundings in real-time. <br /> Deep learning algorithms enable the drone to recognize objects and predict <br /> Object and Scene Recognition how they will persist in the environment. <br /> Drone plots a safe path through its environment to fulfill the pilot's <br /> Motion Planning commands or reach pre-planned locations. <br /> Drone uses paired cameras and real-time 3D mapping to detect static <br /> 360° Obstacle Avoidance obstacles and plot intelligent paths around them. <br /> Deep learning algorithms are used to detect subjects, allowing the drone to <br /> Subject Detection recognize vehicles and people. <br /> Vision-based navigation system that does not depend on GPS or <br /> magnetometer calibration, enabling flight in GPS-denied, indoor, and <br /> Skydio Visual Navigator TM metallic environments. <br /> Map view which presents the drone's position superimposed on satellite <br /> Waypoint Missions imagery and directs the drone to fly to a point on the map. <br /> Drone will fly without obstacle avoidance at night using on-board GPS and <br /> GPS Night Flight magnetometer. <br /> Map Importing Ability to load custom maps through a physical media controller <br /> Skydio 2 Autonomy Core Package includes the following standard features: <br /> Feature Name Description <br /> Real-time 3D Ma in Drone uses six paired navigational cameras to achieve depth perception <br /> pp g and to maintain a 3D map of its surroundings in real-time. <br /> Object and Scene Recognition Deep learning algorithms enable the drone to recognize objects and <br /> predict how they will persist in the environment. <br /> Motion Planning Drone plots a safe path through its environment to fulfill the pilot's <br /> commands or reach pre-planned locations. <br /> 360° Obstacle Avoidance Drone uses paired cameras and real-time 3D mapping to detect static <br /> obstacles and plot intelligent paths around them. <br /> Subject Detection Deep learning algorithms are used to detect subjects, allowing the drone <br /> to recognize vehicles and people. <br /> Skydio Visual NavigatorTM Vision-based navigation system that does not depend on GPS or <br /> magnetometer calibration, enabling flight in GPS-denied, indoor, and <br /> 6 <br />
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