- PC平台
- MAC平台
- Linux平台
- 操作系统:Windows 10 (64位)
- 处理器:双核 2.2 GHz
- 内存大小:4GB
- 图形处理器:DirectX 11 级别的显卡 - AMD Radeon 77XX / NVIDIA GeForce GTX 660 (游戏支持的解析度最低为720P)
- 网络:宽带网络连接
- 硬盘空间:22.1 GB (极简客户端)
- 操作系统:Windows 10 / 11 (64位)
- 处理器:英特尔 Core i5 或 Ryzen 5 3600 及以上
- 内存大小: 16 GB 或更高
- 图形处理器:DirectX 11 及以上级别的显卡 - Nvidia GeForce GTX1060 / AMD Radeon RX 570 同等级及更高
- 网络:宽带网络连接
- 硬盘空间: 62.2 GB (完整客户端)
- 操作系统:Mac OS Big Sur 11.0 或更新版本
- 处理器:Core i7,至少需要 2.2GHz (不支持Intel Xeon系列)
- 内存大小:6 GB
- 图形处理器: Intel Iris Pro 5200 (Mac) 或同等水平的 AMD / Nvidia显卡 (游戏支持的解析度最低为720P)
- 网络:宽带网络连接
- 硬盘空间: 22.1 GB (极简客户端)
- 操作系统:Mac OS Big Sur 11.0 或更新版本
- 处理器:Core i7 (不支持Intel Xeon系列)
- 内存大小:8 GB
- 图形处理器:Radeon Vega II或更高,需要支持Metal
- 网络:宽带网络连接
- 硬盘空间:62.2 GB (完整客户端)
- 操作系统:大部分现代 64 位 Linux 系统发行版
- 处理器:双核 2.4 GHz
- 内存大小:4 GB
- 图形处理器:NVIDIA GTX 660 及最新显卡驱动 (至少为半年以内的版本) 或同等水平的 AMD 显卡及最新的显卡驱动 (至少为半年以内的版本)。游戏支持的解析度最低为720P。显卡需要支持Vulkan API
- 网络:宽带网络连接
- 硬盘空间: 22.1 GB (极简客户端)
- 操作系统:Ubuntu 20.04 64位
- 处理器:Intel Core i7
- 内存大小: 16 GB
- 图形处理器:NVIDIA GTX 1060 与最新显卡驱动 (至少为半年以内的版本) 或同等水平的 AMD 显卡 (如 Radeon RX 570) 及最新的显卡驱动 (至少为半年以内的版本)。
- 网络:宽带网络连接
- 硬盘空间:62.2 GB (完整客户端)
Last week, we released several exciting videos for War Thunder enthusiasts. We delve into the Mi-35P “Phoenix” helicopter, which stirred curiosity with its enigmatic name. Experience the “Aerial Ballet” and learn how to effectively utilize tanks with active protection systems. Additionally, we discuss the updated respawn mechanics and reconnaissance drones.
Don't forget, you can now use video subtitles!
Mi-35P: Not What It Seems
Among the highlights of the latest update are squadron vehicles: machines that any active community member can research and unlock. This time the prize is the Russian Mi-35P “Phoenix”, and its designation raises plenty of questions.
Thunder Show: AERIAL BALLET
Welcome to Thunder Show and the most magical moments of the past week! The kind of magic we’re talking about involves large calibers and huge amounts of explosives.
How to Play on Tanks with APS
Missile weapons first appeared on the battlefield in the mid-20th century and quickly became a true menace for tanks. With the invention of ATGMs, the race for thicker and thicker steel armor came to an end, replaced by a new one: the search for any means of stopping a shaped-charge warhead. To that end, military engineers developed spaced armor, ERA packages, multilayer “sandwiches” of different materials, and, finally, active protection systems — technologies designed to destroy incoming projectiles in mid-air.
Changes to Spawn Points and Scouting
A recent update has overhauled the mechanics of reconnaissance drones and the way spawn points are calculated for aircraft. Today, we’d like to break down all the changes in detail.



