Trajectal - Unleashing the Power of Smart Fire Correction for Unparalleled Long-Range Unguided Artillery Accuracy!

In the world of modern artillery, delivering highly available, accurate and effective long-range fire is crucial. Introducing Trajectal the revolutionary Smart ECVC - Error-Correlated Conditional Vector Correction proprietary and patented algorithm, cutting-edge solution for significantly wider transfer and delivery areas, while enhancing accuracy.

Traditional registration and fire transfer techniques face limitations in terms of transfer areas, accuracy, availability, and the element of surprise. Registration corrections are only valid within certain range and deflection limits, while fire accuracy decreases with increased transfer time and distance. Furthermore, existing methods fail to account for different charges or low/high trajectories, necessitating multiple registrations, resulting in: (i) increased ammunition usage; (ii) decreased element of surprise; (iii) limited fire delivery flexibility; and (iv) increased exposure to counter battery fire. 

Trajectal is revolutionizing the game with its advanced model and principles. Dynamic vector correction is tailored to each firing mission, target location, and data obtained from MPI (Mean Point of Impact) registration. The model incorporates firing error budget distribution to estimate the optimal fire correction for any given scenario.

What sets Trajectal apart? Let's explore the benefits and future potential:

1. Unmatched Accuracy: Registration correction surpasses traditional techniques, accounting for all firing error parameters. Say goodbye to traditional rigid and restricted transfer limits and reduce ammunition consumption.

2. Broad and Dynamic Transfer Limits: Benefit from broad, dynamic flexible transfer limits tailored to achieve the required residual bias error.  Shifting between different charges and high/low-angle trajectories becomes seamless.

3. Single MPI Registration: Achieve effective, accurate MRSI firing based on a single registration conducted at a distant KP. Save time and resources without compromising accuracy.

4. Expanded Position Flexibility: Trajectal opens doors to offset registration beyond current position limitations, enhancing operational capabilities and maneuverability.This reduced amount of registration fire and increased flexibility of battery locations substantially decreases the risk of counter fire.

5. Data-Based Decision Making:  Trajectal’s model incorporates statistical characteristics of the MPI registration, considering confidence intervals based on group size and random error dispersion. Your firing decisions are backed by optimized data models.

Experience the future of long-range artillery firing with Trajectal. Leave behind the limitations of traditional techniques and embrace unparalleled accuracy, flexibility, and efficiency. It's time to advance and ensure the lethality of your long-range fire!