OQ-45 Honeybee: Difference between revisions
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|engine=Hybrid [[Fusion drive]]s | |engine=Hybrid [[Fusion drive]]s{{Ref/Reuse|OD}} | ||
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|othersystems=*Multi-stack Ocelli sensor cluster | |othersystems=*Multi-stack Ocelli sensor cluster{{Ref/Reuse|OD}} | ||
*LIDAR and GPR sensors | *LIDAR and GPR sensors{{Ref/Reuse|OD}} | ||
|firstuse=[[2554]] | |firstuse=[[2554]]{{Ref/Reuse|OD}} | ||
|role=Surveillance<ref name="EOE">[https://www.halowaypoint.com/en-us/news/eye-opening-exhibitions ''Halo Waypoint'' - ''Eye-Opening Exhibitions'']</ref> | |role=Surveillance<ref name="EOE">[https://www.halowaypoint.com/en-us/news/eye-opening-exhibitions ''Halo Waypoint'' - ''Eye-Opening Exhibitions'']</ref> | ||
|affiliation=[[United Nations Space Command]] | |affiliation=[[United Nations Space Command]]{{Ref/Reuse|EOE}} | ||
|hidea=yes | |hidea=yes | ||
}} | }} | ||
The '''OQ-45 Honeybee''' is a state-of-the-art surveillance [[drone]] utilized by the [[United Nations Space Command]]. | The '''OQ-45 Honeybee''' is a state-of-the-art surveillance [[drone]] utilized by the [[United Nations Space Command]].{{Ref/Reuse|EOE}} At some point following the launch of an [[Outpost Discovery]] on [[Earth]] in late [[2553]] Honeybees were used to allow civilians in attendance to remotely experience the exploration of a [[Halo ring]] in a [[Remote Reconnaissance Display Capsule]].{{Ref/Reuse|EOE}} | ||
==Overview== | ==Overview== | ||
===Specifications=== | ===Specifications=== | ||
The Honeybee is unmanned, but they are monitored closely by human or smart AI controllers located at a distant command post. Multiple users can take advantage of the Honeybee's advanced multi-channel datalink system, which allows several analysts to simultaneously use and direct the vehicle's sensors in parallel. The Honeybee is VTOL-capable or can be fast-launched using a mag-rail assist. | The Honeybee is unmanned, but they are monitored closely by human or smart AI controllers located at a distant command post. Multiple users can take advantage of the Honeybee's advanced multi-channel datalink system, which allows several analysts to simultaneously use and direct the vehicle's sensors in parallel. The Honeybee is VTOL-capable or can be fast-launched using a mag-rail assist.{{Ref/Reuse|OD}} | ||
The Honeybee is built for speed, endurance, and a low sensor profile. It is surprisingly durable as well, adapting combat-proven flight systems and materials originally developed for [[Misriah Armory]]'s [[AV-49 Wasp]] project. The most notable feature of the Honeybee is its large, faceted multi-stack Ocelli sensor cluster. Other sensors, including a LIDAR and GPR, are located below the Ocelli along the bottom of the craft. The sensor cluster is the most fragile part of the drone, and even incidental damage requires expensive maintenance. Its advanced sensor systems are capable of detecting enemy forces both on the ground and during air combat operations, and can alternatively be tasked with cartographic scans and mineral surveys for civil and scientific missions. | The Honeybee is built for speed, endurance, and a low sensor profile. It is surprisingly durable as well, adapting combat-proven flight systems and materials originally developed for [[Misriah Armory]]'s [[AV-49 Wasp]] project. The most notable feature of the Honeybee is its large, faceted multi-stack Ocelli sensor cluster. Other sensors, including a LIDAR and GPR, are located below the Ocelli along the bottom of the craft. The sensor cluster is the most fragile part of the drone, and even incidental damage requires expensive maintenance. Its advanced sensor systems are capable of detecting enemy forces both on the ground and during air combat operations, and can alternatively be tasked with cartographic scans and mineral surveys for civil and scientific missions.{{Ref/Reuse|OD}} | ||
The wings of the Honeybee hold small turbofans, which provide lift. At the rear of the craft are two compact hybrid fusion drives, which can push the drone into planetary orbit. Although not its intended use case, the Honeybee does have enough fuel to conduct limited space missions after leaving a local gravity well.<ref name="OD">[https://www.halowaypoint.com/en-us/news/outpost-discoveries '''Halo Waypoint''' - ''Canon Fodder: Outpost Discoveries'']</ref> | The wings of the Honeybee hold small turbofans, which provide lift. At the rear of the craft are two compact hybrid fusion drives, which can push the drone into planetary orbit. Although not its intended use case, the Honeybee does have enough fuel to conduct limited space missions after leaving a local gravity well.<ref name="OD">[https://www.halowaypoint.com/en-us/news/outpost-discoveries '''Halo Waypoint''' - ''Canon Fodder: Outpost Discoveries'']</ref> | ||
===Development and operational history=== | ===Development and operational history=== | ||
Developed in the post-War period, the Honeybee entered service in [[2554]] with special units assigned to the UNSC's xenoarchaeological survey groups and long-range commando groups. | Developed in the post-War period, the Honeybee entered service in [[2554]] with special units assigned to the UNSC's xenoarchaeological survey groups and long-range commando groups.{{Ref/Reuse|OD}} | ||
==Gallery== | ==Gallery== | ||
Revision as of 11:30, April 15, 2021
| OQ-45 Honeybee | |
|---|---|
| |
| Production information | |
|
Model: |
OQ-45 |
| Technical specifications | |
|
Engine(s): |
Hybrid Fusion drives[1] |
|
Other system(s): |
|
|
Armament: |
None |
|
Crew: |
None |
| Usage | |
|
Year introduced: |
|
|
Role(s): |
Surveillance[2] |
|
Affiliation: |
|
The OQ-45 Honeybee is a state-of-the-art surveillance drone utilized by the United Nations Space Command.[2] At some point following the launch of an Outpost Discovery on Earth in late 2553 Honeybees were used to allow civilians in attendance to remotely experience the exploration of a Halo ring in a Remote Reconnaissance Display Capsule.[2]
Overview
Specifications
The Honeybee is unmanned, but they are monitored closely by human or smart AI controllers located at a distant command post. Multiple users can take advantage of the Honeybee's advanced multi-channel datalink system, which allows several analysts to simultaneously use and direct the vehicle's sensors in parallel. The Honeybee is VTOL-capable or can be fast-launched using a mag-rail assist.[1]
The Honeybee is built for speed, endurance, and a low sensor profile. It is surprisingly durable as well, adapting combat-proven flight systems and materials originally developed for Misriah Armory's AV-49 Wasp project. The most notable feature of the Honeybee is its large, faceted multi-stack Ocelli sensor cluster. Other sensors, including a LIDAR and GPR, are located below the Ocelli along the bottom of the craft. The sensor cluster is the most fragile part of the drone, and even incidental damage requires expensive maintenance. Its advanced sensor systems are capable of detecting enemy forces both on the ground and during air combat operations, and can alternatively be tasked with cartographic scans and mineral surveys for civil and scientific missions.[1]
The wings of the Honeybee hold small turbofans, which provide lift. At the rear of the craft are two compact hybrid fusion drives, which can push the drone into planetary orbit. Although not its intended use case, the Honeybee does have enough fuel to conduct limited space missions after leaving a local gravity well.[1]
Development and operational history
Developed in the post-War period, the Honeybee entered service in 2554 with special units assigned to the UNSC's xenoarchaeological survey groups and long-range commando groups.[1]
Gallery
Concept art of the Honeybee, handed out at Outpost Discovery.
Higher resolution version of the concept art of the Honeybee.
Early concept art of the Honeybee, then-called the AV-55 as opposed to the final OQ-45.
Early concepts of the Honeybee.
Finalised concept art.
Concept Profile.
The Honeybee in promotional art for "The Ring Experience" at Halo: Outpost Discovery.
Development image of the Honeybee model.
- HOD Honeybee.jpg
Two Honeybees flying together.
Honeybee 3D model front view
Honeybee model.
Side angle
Back view
Full 360° turnaround of 3D render
Honeybees approaching a Halo.
List of appearances
- Halo: Outpost Discovery (First appearance)
