In the context of the space-based nulling mission ESA-Darwin, Thales Alenia Space has developed a nulling breadboard for the European Space Agency (ESA): the multiaperture imaging interferometer (MAII) to demonstrate deep and stable nulling and to investigate various subsystems of the ESA-Darwin interferometer. Recently, we have extended our investigations to the multiaxial beam combination. This combination scheme presents many advantages: simplicity, compactness, and a high coupling efficiency for a three-beam combination. The near-infrared \left(\lambda \approx 1.55\text{\hspace{0.17em} μm}\right) MAII breadboard has been upgraded to the multiaxial beam combination. Polarization and stability issues have been thoroughly investigated. Wereporton the recent results we have obtained with the multiaxial configuration of MAII in unpolarized light with a relative spectral bandwidth of 5%: nulling ratios of mean value 〈N〉=1.7\times {10}^{-5} , stable over 1 h with a standard deviation {\sigma }_N=5.7\times {10}^{-7} . These results indicate that the multiaxial beam combination has the potential to meet Darwin requirements.