because it was. OKAY!
Berkhamsted Castle is a good example of a motte and bailey castle where the original wooden defences were later rebuilt in stone.
Because it has a better defense and it is much stronger
yes but it was originly a wooden motte and baily
A wooden Castle could be burned down by attackers and occasionally by accident.
In 1264, Warwick Castle was a predominantly wooden structure, with a motte-and-bailey design featuring a wooden palisade and tower. It did not have the stone fortifications that it has today. The castle would have been smaller in scale compared to its later expansions and renovations.
A garderobe is a wardobe or privy in a castle. It would usaully be made out of stone with a wooden or stone seat.
Leeds Castle is primarily classified as a stone keep castle. Originally built in the 9th century, it has undergone significant modifications over the centuries, transforming into a more elaborate stone structure. Unlike motte and bailey castles, which feature a wooden or earth mound (motte) and an enclosed courtyard (bailey), Leeds Castle's design reflects the characteristics of a fortified stone castle.
Durin the time he was alive before he conquered England.
They have thick stone wallsThey have fire as there heating
Warwick Castle was rebuilt in stone primarily for reasons of defense and status during the 12th century. The original wooden fortifications were vulnerable to attack, so the stone structure provided greater security against invaders. Additionally, a stone castle symbolized wealth and power, reflecting the status of the earls of Warwick. This transformation from wood to stone marked the castle's evolution into a formidable stronghold and a prominent seat of nobility.
Warwick castle was first built as a wooden motte-and-bailey castle (a castle built on a mound with a moat/dictch around it) It was rebuilt a century after as a stone castle.
the difference is that the wooden structure it less stable, and is a motte and bailey, on the other hand a stone castle has a more hard wearing structure.