Motor-cars may go along the mole as far as the end of the wharves. See text and photographs on pages [80] and [81].

In spite of the enemy's formidable defences around Zeebrugge, the British determined to block that port, at the same time as Ostend (See page [68]).

The operations, carefully planned in all details, were extremely perilous on account of the minefields, the nature of the landing-places (unmarked by any lights), and the difficulty of finding one's bearings near a coast where the dunes of varying heights are indistinguishable one from another. The enterprise was entrusted to Vice-Admiral Keyes, Commander of the Naval Forces at Dover. The attacking flotilla was composed as follows:

Three old cruisers the Iphigenia (Lieut. Billyard-Leake), the Intrepid (Lieut. Stuart Bonham-Carter) and the Thetis (Captain Sneyd), which, loaded with concrete, were to be sunk in the channel.

The protected cruiser Vindictive (Capt. Carpenter), was armed for an attack on the mole; sailors and marines were to land, destroy the guns, drive back the Germans, and create a diversion, thus enabling the blockading ships to carry out their mission.

The Attack on Zeebrugge.

  1. The "Vindictive" alongside the mole, on which the Marines disembarked.
  2. The "Daffodil" holding the "Vindictive".
  3. The "Iris" alongside the mole.
  4. The "Thetis" sunk in front of the Channel.
  5. The "Intrepid" and "Iphigenia" sunk in the Channel.
  6. Submarine blown up alongside the open-work pier.
  7. 6in. guns at entrance to mole (photo, p. [75].)
  8. Church and cemetery in which several of the British killed during the operations were buried (photo, p. [80].)

Two ferry-boats: the Iris and Daffodil, armed for landing operations; two submarines, loaded with explosives, to attack the mole; destroyers to defend the flotilla against enemy attacks; launches and motor-scouts to pick up the crews of destroyed or sunken vessels, and smoke boats.

Vice-Admiral Keyes was on board the Warwick. All the men were picked volunteers of tried courage and energy.