  In this report, I will present the current status of the low-mass axigluon.
The axigluon is a massive, color octet, axial vector boson, predicted in, e.g.,
chiral color models and some technicolor models, with a mass of order the
electroweak scale. Axigluons with a mass larger than about 125 GeV to nearly 1
TeV can be eliminated by di-jet production at hadron colliders like the
TEVATRON, but a low-mass window exists that the di-jet search can not probe.
Upsilon decays can rule out axigluons with a mass up to 25 GeV, and low energy
e^+ e^- (PEP and PETRA) can rule out axigluons with a mass up to 50 GeV using a
measurement of R. Top production at the TEVATRON disfavors a light axigluon. A
measurement of R at LEP strongly disfavors a light axigluon, and rules out an
axigluon with mass < 365 GeV.
