In the field of three-dimensional (3D) reconstruction, learning-based neural radiation field (NeRF) and 3D-aware generative model (3D-aware GAN) set the foundation for implicit reconstruction of a 3D object. However, this method has problems of slow reconstruction speed and uncontrollable reconstruction results. For this reason, we proposed Info-Giraffe, a virtual neural feature field generation method for object in limited views condition. Info-Giraffe is divided into two phases: pretraining and retraining. First, we generate the basic neural feature field of the object using the simplified Giraffe model in the pretraining phase. Then, during the retraining phase, we extract the 3D information of the object in limited views using a set of latent code encoders designed based on InfoGAN, which is then reparameterized into the latent space. Finally, we continue migration learning by introducing 3D information on the foundation of the object’s basic neural feature field and generate a controllable virtual neural feature field of the object in limited views, which enables fast 3D reconstruction of the object and control of the reconstruction results. Experimental results on Chairs 64² and CompCars 256² natural image datasets reveal the effectiveness of the proposed method.