Point Blank Delta Scope Reticle Vertical Distance Ballistics
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing reticles and targeting devices rely on moa, mil, BDC, or equal distant spaced stadia, which require extensive training and do not embody a max point-blank methodology for extended ranges, limiting their effectiveness.
Innovation Solution
A reticle system that uses physics and the correlation of bullet drop as a constant to vertical distance, eliminating the need for distance and angle calculations, and providing a unified reticle format applicable to various ammunition types and target sizes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional reticles use moa, mil, or BDC systems, then they can provide aiming references, but they require extensive training and do not embody a max point-blank methodology for extended ranges
Solution Approach 1:
The patent inverts the traditional approach by using vertical distance instead of horizontal range as the primary measurement parameter. Instead of calculating bullet drop based on horizontal distance (as in BDC systems), the reticle uses vertical distance from the target to determine the firing solution, creating a point-blank methodology that works for extended ranges without requiring extensive training.
Solution Approach 2:
The patent changes the fundamental parameter from horizontal range to vertical distance. By measuring vertical distance from the target rather than horizontal range, the system creates a new parameter basis for ballistic calculations, eliminating the need for complex moa/mil conversions and extensive training while maintaining accuracy for extended ranges.
2Reliability
If traditional reticles rely on distance and angle calculations, then they can determine firing solutions, but they create gaps in firing solutions across different ranges and conditions
Solution Approach 1:
The patent creates a universal reticle system that can be applied across multiple functions and conditions. By using vertical distance as the primary parameter, the same reticle configuration works for different ranges, target sizes, and ammunition types without requiring separate calibration or adjustment, eliminating gaps in firing solutions and providing continuous coverage from close range to extended range.
Solution Approach 2:
The patent transitions from two-dimensional horizontal range measurements to three-dimensional vertical distance measurements. By incorporating vertical distance from the target into the firing solution calculation, the system adds a dimensional perspective that eliminates gaps in firing solutions and provides more reliable accuracy across different ranges and conditions.
3Device complexity
If reticles use target size to determine range, then they can simplify calculations, but target size does not always accurately determine range in ballistic computation
Solution Approach 1:
The patent uses vertical distance as an intermediary parameter that bridges the gap between target appearance size and actual ballistic requirements. Instead of directly using target size (which can be misleading at different ranges) or horizontal range (which requires complex calculations), vertical distance serves as a mediator that simplifies the relationship between what the shooter perceives and the ballistic computation needed for accurate firing.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
This system simplifies ballistic calculations, provides linear relationships for ballistic equations, and allows for direct correlation of elevation and holds to target size, eliminating gaps in firing solutions across different ranges and conditions.
Implementation Method 1
This reticle concept uses physics and correlation of bullet drop as a constant to vertical distance as its underline principle to create a firing solution
Data Source
AI summary
A point blank delta scope reticle, wherein all range and yardage solutions (horizontal x) may be removed and/or ignored and only the vertical Y component is utlized. A vital zone of a target is viewed as a Y value and a ballistic curve can be calculated that will pass thru the determined Y value. The Y value becomes a constant in all calculations. The constant then yields one or more unique ratios that all ammunition follows since the vertical Y component is the constant. The aiming reticle includes a reticle and one or more subsequent or successive reference marks formed in an aligned fashion between the reticle and a last reference mark, wherein a relative distance between each adjacent pair of the subsequent or successive reference marks decreases as the subsequent or successive reference marks are formed from the reticle to the last of the subsequent or successive reference marks.