Background: nasal valve collapse has great perception of nasal obstruction. The alar batten graft technique has proven to be a valid method for treatment of external and internal valve collapse. Aim: the aim of the present study was to evaluate a two year experience and follow up for external nasal valve collapse treatment using alar batten graft technique regarding results and complications. Patients and Methods: this prospective study was carried out on 18 patients attended the ENT and Plastic Surgery outpatient clinics of Al-Azhar University hospitals from January, 2014 to January 2016. Written consent was taken from every patient. All patients were complaining of nasal obstruction of gradual onset and progressive course with 7 years average. All patients were subjected to detailed history taking and questionnaire including the NOSE scale. Surgical correction was performed to all patients using the alar batten graft harvested from the septa cartilage or conchal cartilage. Postoperative results recorded in relation to subjective sensation of nasal obstruction and aesthetic appearance of the nose. Results: eleven patients (61.1%) were males and seven (38.9%) were females. Their age ranged from 18 to 45 years with a mean of 32±2. Bilateral obstruction was found in 33.3% of cases and unilateral obstruction in 66.7% of cases. There were 22.2%, 27.8%, and 50.0% of the cases had moderate, fair, and severe obstruction, respectively. Postoperatively, these figures were changed to no obstruction77.8% (P=0.0), mild  0.0%, moderate 11.1%, fair 11.1%, and sever 0.0%(P=0.0005). The technique significantly abolishes the severe nasal obstruction. Postoperative complications include 1 case with graft resorption (4.2%) and 1 case of graft displacement (4.2%). Both were improved on subsequent surgery. Regarding postoperative findings there was tenderness and hypertrophic postauricular scar in 5.5% of patient and nasal tip edema in 22.2%, all resolved. In the early postoperative period, 33.3% of patients complained of fullness in the supraalar region. Conclusion: Successful surgical correction of nasal obstruction requires the precise diagnosis of the anatomic point of collapse. Alar batten graft improves the rigidity of lower lateral cartilage preventing collapse of the lateral nasal wall preventing collapse during moderate and deep inspiration. The graft varies according to the severity of the obstruction and size of the collapsible area of the lateral nasal wall. The septal cartilage is usually sufficient. The technique significantly improves nasal breathing.