These kinds of logistics pods include both smaller dropship-carried ordnance pods and larger SOEIV/HEV-style orbital insertion pods. Regular drop pods are equipped with a cache of extra weapons, ammunition, and other supplies; once landed, it's the ODST's job to strip their pod of supplies and then haul them to a newly-established Forward ...

The M8900 Single Occupant Exoatmospheric Insertion Vehicle is a SOIEV variant employed by the ODSTs. It was heavily employed during the Human-Covenant War. [3] The M8900 has an angular design, featuring an armoured prow and several small armoured windows.

The Single Occupant Exoatmospheric Insertion Vehicle (SOEIV), informally referred to as the Human Entry Vehicle and drop pod and also known as the Egg, is a small pod used by the United Nations Space Command to deploy an individual and his equipment from high orbit to the surface.

在标准的soeiv座舱中，地狱伞兵坐在一张只有简单惯性阻尼器和缓冲功能的防撞网内。 地狱伞兵可通过简单的操控来调节空降舱的航程，专家系统则指挥空降舱的下降和规避动作。

单兵外大气层空降载具 (SOEIV)，或者可以称为人员突入载具 (HEV),非正式情况被称为空投舱，还被嘲讽的叫做鸡蛋，是一种UNSC用于从高轨道向地面部署人员的小型空降舱。 单兵外大气层空降载具由乌斯怀亚军械库生产，一般由轨道上的海军舰艇发射并降落到敌后指定地点，进入大气层时单兵外大气层空降载具会快速减速，另外SOEIV一般都是由UNSC海军陆战队的ODST部队使用。 单兵外大气层空降载具外观棱角分明，但是大小规格并不统一，其内部有座椅，通讯设备，不 …

2013年7月16日 · The Single Occupant Exoatmospheric Insertion Vehicle ( 簡稱SOEIV )，單人用突入大氣層運輸工具，也被稱呼為Human Entry Vehicle ( 簡稱HEV )、掉落的豆莢或 " 蛋 "，是UNSC從軌道上用來部屬單人部隊和其裝備至地面的工具

单兵外大气层突入空降舱（soeiv）是一种泪滴状的空降舱，由陶瓷装甲外壳保护。 它是ODST使用的标志性设备，以空投时的危险性和高温特性而闻名，因此第105空降师获得了“地狱空降兵”的绰号。

单人大气层内突入载具（SOEIV），也被戏称为空降仓或是蛋蛋（也可称为大蛋）。 这是一种乌斯怀亚军工厂制造并由UNSC使用用于从高轨道部署至地面的小型飞行器。 SOEIV通常会从轨道上的海军舰艇上发射，直接飞向位于敌后的特殊地点进行部署。 进入大气之后，SOEIV会通过空气制动与反推火箭进行减速以免过大的撞击摧毁SOEIV。 这些空降舱通常由海军陆战队的ODST们所使用。 但是有时地狱使者（The Hellbringers）部队也会使用SOEIV进行空投. 概况. 设计细节. …

The Single Occupant Exoatmospheric Insertion Vehicle (SOEIV), informally known as the drop pod, is a class of Human Entry Vehicle used by the United Nations Space Command to rapidly deploy individual soldiers from orbit to a planetary surface.

As such, the M9407 SOEIV is a modern drop pod design that incorporates a number of improvements over its M8823 and M8900 forebears. These include more reliable in-flight communications, limited inertial compensation, compatability with gravitic-assist launch tubes and significantly improved structural integrity.