<p>Theoretical analyses of the hurricane boundary layer have traditionally relied on slab models, which provide a limited description of wind profiles. Literature on height-resolving methods is typically based on linear analyses, which may fall short of capturing the full sensitivity of the solution to variations in input parameters. This work proposes an approximate analytical solution of a nonlinear single column model for horizontal winds that uses a constant eddy viscosity and is valid outside the eyewall. Building on literature that uses a linearized system of equations, we use a series expansion to account for the nonlinearities. We find that a first-order correction is sufficient for most practical cases. This solution helps provide a simplified understanding of the sensitivity of the radial and tangential wind profiles to input parameters such as the distance from the storm center and the Coriolis frequency.</p>