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The pyrochlore series Ln₂ScNbO₇ (Ln = rare earth) present an excellent means of investigating the effect of chemically induced disorder on the frustrated magnetic sublattice without altering the stoichiometry of the magnetic cations. The Nd₂ScNbO₇ member of this series acts as a structurally sound analogue to Nd₂Zr₂O₇ which has attracted attention due to the experimental realization of simultaneous spin ice and Ising antiferromagnetic order signatures in neutron scattering experiments. This has been explained as magnetic charge fractionalization, leading to the condensation of magnetic monopoles. Here we report the synthesis and characterization of single crystalline Nd₂ScNbO₇, which orders magnetically beneath T_N = 0.34 K. The magnetic ground state is compared to Nd₂Zr₂O₇ (T_N ~ 0.3 K) to observe the effects of B-site disorder on the magnetic fragmentation.