I cannot agree more! I think, the Bohr model shouldn't be taught anymore at any level of education (be it in high school or in universities). It's misleading right from the beginning! There are no orbits for electrons around atomic nuclei. There cannot be bound states of a charged classical particle bound to another charged particle within classical electrodynamics etc. etc.
It's not so bad that Bohr's model is wrong. This could be true for any other theory as well. Physics is never finished but always subject to be changed by new observations. In fact, that's what brings science forward: We learn by disproving models and sometimes even theories by observation and experiment. Why I hate the Bohr model so much from a didactic point of view is, because it gives totally wrong intuition about the inner workings of the atom and other "microscopic" phenomena. It is difficult enough to build the right intuition when learning quantum theory without first getting used to totally wrong notions!
Bohr has been very sceptical about his model already when he invented it in 1912 or so, but at that time it was the only way the physicists could think about the "quantum hypothesis" with regard to bound electrons in atoms, and in fact the Bohr model has been an important predecessor model to develop modern quantum theory, which in its present form has been found by Heisenberg in his famous paper worked out on the island of Helgoland in 1925 and then very quickly has been worked out by Born, Jordan, and Heisenberg himself in terms of "matrix mechanics". At about the same time also Schrödinger came up with his wave-mechanics formulation in a series of some of the most marvelous papers ever written on the subject, however lacking the probabilisitic interpretation, which has been given as a footnote in another famous paper by Born in 1926. Last but not least in a totally independent work also Dirac came up with quantum theory in its abstract form in 1925 in another of the most marvelous papers on the subject (anyway, all papers of Dirac's are just brilliant, particularly compared to the very enigmating writing of Heisenberg or Bohr; the same holds for Pauli, who has given the first calculation of the nonrelativistic hydrogen spectrum within Matrix mechanics, who has been of utmost clarity in writing. The same is true for Born's papers.).
The breakthrough for Bohr, and his really important contribution, came with Heisenberg's work on the famous uncertainty formulation in 1927. The first idea has not yet been correct, and this has been fixed by Heisenberg and Bohr in one of the painful discussion sessions, for which Bohr was famous (or infamous, depending on the "victim" ;-)).
On the other hand Bohr is guilty of inventing the "Copenhagen interpretation" with his "cut" between a classical and a quantum world (there is no such sharp cut known on physical grounds yet; classical physics is an emergent phenomenon from the point of view of quantum theory and valid as an approximation, when decoherence is efficiently at work, which is the case under almost all circumstances (but not always!) concerning macroscopic situations) and, even worse, the collapse of the state, instead of strictly sticking to Born's probability interpretation, nowadays known as Minimal Statistical Interpretation. See
Ballentine, L. E. The Statistical Interpretation of Quantum Mechanics. Rev. Mod. Phys. 42 (1970), 358–381;
Ballentine, L. E. Quantum Mechanics. World Scientific, Singapore, New Jersey, London, Hong Kong, 1998.
But regretfully those aren't papers that I can download... 
