Dreadnoughts is a turn-based surface fleet battle simulator. It accurately recreates the looks, specifications and tactics of fleets of major naval engagements in the 'Great War' of 1914 to 1918.
The game starts by promoting the player to Admiral, placing them on the bridge of a great flagship, and then resets the clock to start from the critical hour. The game offers isometric battlefield engine used in Waterloo, including weather effects and fog of war system. Game calculations are based on complex mathematics. There are seven historical scenarios included (battle of Jutland which involves over 60 ships) along with other smaller battles and scenarios. There is also a practice scenario for the beginner.
Dreadnoughts is mainly played through menus where you have to point with your mouse or keyboard and issue the relative order. Commands are issued through sentences. There are several key words to issue orders, plus a directive so the computer knows who you're talking to.
A "view-from-the-turret", Dreadnoughts is an excellent World War I naval simulation that offers an interesting, albeit very slow, portrayal of tactics during the few World War I encounters. The game system was interesting, albeit before its time in terms of computer hardware capabilities. Designer Peter Turcan greatly improved the breathtaking isometric battlefield engine used in his earlier Waterloo and modified it to depict tactical naval combat. The result is a spectacular, unique naval simulation whose beauty is more than skin deep, due to the inclusion of realistic factors such as weather effects and more. Definitely a game worth investigating for all armchair commanders, especially those (i.e. most of us) whose hardware couldn't handle the game when it first came out :)
People who downloaded Dreadnoughts have also downloaded:
Jutland, Great Naval Battles 5, Great Naval Battles 2: Guadalcanal, Great Naval Battles 1, Great Naval Battles 3, Fighting Steel, Great Naval Battles 4, Carriers at War 2
©2016 San Pedro Software Inc. Contact: , done in 0.002 seconds.