Broad-coverage, deep unification grammar development is time-consuming and costly. This problem can be exacerbated\nin multilingual grammar development scenarios. Recently (Cahill et al., 2002) presented a treebank-based methodology\nto semi-automatically create broadcoverage, deep, unification grammar resources for English. In this paper we\npresent a project which adapts this model to a multilingual grammar development scenario to obtain robust, wide-coverage, probabilistic Lexical-Functional Grammars\n(LFGs) for English and German via automatic f-structure annotation algorithms based on the Penn-II and TIGER\ntreebanks. We outline our method used to extract a probabilistic LFG from the TIGER treebank and report on the quality of the f-structures produced. We achieve an f-score of 66.23 on the evaluation of 100 random sentences against a manually constructed gold standard.